https://www.sciencephoto.com/media/730256/view/transit-of-mercury-9th-may-20162018-11-06T15:36:11Z0.9K005/6605 Transit of Mercury, 9th May 2016K005/6605 Timelapse footage from the Solar Dynamics Observatory of the planet Mercury passing in front of the Sun, on 9th May 2016. Such an event is called a transit. During a transit, Mercury is silhouetted against the Sun, which is seen at many different wavelengths in this clip. Although Mercury passes between Earth and the Sun every 116 days on average, there is not a transit each time as Mercury's orbital plane is at an angle of seven degrees to Earth's, so it usually passes above or below the Sun as seen from Earth. Instead there are 13 or 14 each century, in early May or mid-November, where the orbital planes of the planets intersect.https://www.sciencephoto.com/image/730256/350wm/K0056605-Transit_of_Mercury,_9th_May_2016-SPL.jpghttps://www.sciencephoto.com/image/730256/preview/K0056605-Transit_of_Mercury,_9th_May_2016-SPL.mp41002016-05-11Yes2016alignedalignmentastronomicalastronomyblackdotgranulationinferiormaynasaobservationobservingorbitorbitalorbitsplanetsdosilhouettesolarsolar dynamics observatorysolar systemspacesped upspeeded upstarsunsurfacesyzygytimelapsetransit of mercurytransitinghttps://www.sciencephoto.com/media/731072/view/african-penguins-preening-on-the-beach2018-03-28T09:38:32Z0.9K005/6420 African penguins preening on the beachK005/6420 A waddle of black-footed penguins (Spheniscus demersus) preening. Other names for this penguin include the African penguin and the jackass penguin (because of its braying donkey-like call). Penguins are flightless marine birds. This penguin is found in breeding colonies on islands off Namibia and South Africa, and at a few places on the South African mainland. It spends much time at sea, feeding on fish, squid and crustaceans. It breeds and moults on land. It can reach a length of 50 centimetres. Filmed on Boulders Beach, South Africa.https://www.sciencephoto.com/image/731072/350wm/K0056420-African_penguins_preening_on_the_beach-SPL.jpghttps://www.sciencephoto.com/image/731072/preview/K0056420-African_penguins_preening_on_the_beach-SPL.mp416.172016-05-13Yesafricaafricanafrican penguinanimalaquaticbeachbiologicalbiologybirdbirdsblack-footed penguinboulders baycleancleaningcoastcoastalfaunaflightlessjackass penguinmarinenatureoceanornithologicalornithologypenguinpenguinspiscivorepiscivorousportraitpredatorpredatorypreenhttps://www.sciencephoto.com/media/731073/view/african-penguins-preening-in-the-waves2018-03-28T09:38:32Z0.9K005/6421 African penguins preening in the wavesK005/6421 A raft of black-footed penguins (Spheniscus demersus) preening whilst swimming in shallow waters. Other names for this penguin include the African penguin and the jackass penguin (because of its braying donkey-like call). Penguins are flightless marine birds. This penguin is found in breeding colonies on islands off Namibia and South Africa, and at a few places on the South African mainland. It spends much time at sea, feeding on fish, squid and crustaceans. It breeds and moults on land. It can reach a length of 50 centimetres. The pink patches over the eyes are blood-rich sweat glands that help cool the bird. Filmed on Boulders Beach, South Africa.https://www.sciencephoto.com/image/731073/350wm/K0056421-African_penguins_preening_in_the_waves-SPL.jpghttps://www.sciencephoto.com/image/731073/preview/K0056421-African_penguins_preening_in_the_waves-SPL.mp430.182016-05-13Yesafricaafricanafrican penguinanimalaquaticbathbathingbeachbehaviourbiologicalbiologybirdbirdsblack-footed penguinboulders baycleancleaningcoastcoastalcolonycommunalfaunaflightlessfloatinggrouphygienejackass penguinmarinenatureoceanornithologicalornithologyhttps://www.sciencephoto.com/media/731074/view/gulf-stream-in-the-atlantic-ocean2018-11-06T15:32:20Z0.9K005/6631 Gulf stream in the Atlantic OceanK005/6631 Animation of the Gulf Stream ocean current in the North Atlantic Ocean. This clip shows water temperature ranging from warmest (bright pink) through yellow and and green to blue (coolest). The Gulf Stream originated when westward-moving water from the tropical Atlantic arrives in the Caribbean Sea. It enters the Gulf of Mexico and exits between Cuba and Florida, USA. The warm current travels up the East Coast of the USA and heads across the Atlantic from Newfoundland, Canada. The water cools at it makes the journey, but is still significantly warmer when it arrives at Ireland and Great Britain than the waters at the same latitude in the western Atlantic, keeping western Europe correspondingly warmer. This animation is based on satellite data. Data source: NASA/Goddard Space Flight Center Scientific Visualization Studio. Data from 25 March 2007 to 8 March 2008.https://www.sciencephoto.com/image/731074/350wm/K0056631-Gulf_stream_in_the_Atlantic_Ocean-SPL.jpghttps://www.sciencephoto.com/image/731074/preview/K0056631-Gulf_stream_in_the_Atlantic_Ocean-SPL.mp420.012016-05-13Yesamericanatlantic oceanbeautifulbritish islescanadacanadiancaribbean seacirculationclimatecurrentsdatadriftearthearth observationenvironmentenvironmentaleuropeeuropeanfrom spacegreat britaingulf of mexicogulf streamhydrologyicelandirelandmodelmodelingmodellingnorth atlanticocean currentoceanicplanethttps://www.sciencephoto.com/media/731114/view/woman-crying2018-04-19T12:41:09Z0.9K005/5814 Woman cryingK005/5814 Close-up of a woman crying with tears falling from her eye.https://www.sciencephoto.com/image/731114/350wm/K0055814-Woman_crying-SPL.jpghttps://www.sciencephoto.com/image/731114/preview/K0055814-Woman_crying-SPL.mp415.022016-05-14Yes10 seconds or greater4kcheekclose upcriedcriescroppedcryingemotionaleyefaceflowinghumanlockdownlocked offone personpeoplepersonreal timesadnesssensory perceptionskinstatictearfultearstearyuhdunhappyupsetwetwhite backgroundhttps://www.sciencephoto.com/media/731115/view/woman-s-eye-with-pupil-constricting2018-04-19T12:41:09Z0.9K005/5815 Woman's eye with pupil constrictingK005/5815 Close-up of a woman's eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/731115/350wm/K0055815-Woman_s_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/731115/preview/K0055815-Woman_s_eye_with_pupil_constricting-SPL.mp44.112016-05-14Yes4kadultchangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdwhite backgroundhttps://www.sciencephoto.com/media/731116/view/woman-turning-to-camera2018-04-19T12:41:09Z0.9K005/5816 Woman turning to cameraK005/5816 Close-up of a woman turning to look towards the camera, focus on her eye.https://www.sciencephoto.com/image/731116/350wm/K0055816-Woman_turning_to_camera-SPL.jpghttps://www.sciencephoto.com/image/731116/preview/K0055816-Woman_turning_to_camera-SPL.mp43.242016-05-14Yes4kadultblinkingclose upcroppedeyefacefemalefocushumanless than 10 secondslockdownlocked offlooking at cameramovingone personpeoplepersonreal timesensory perceptionstaticturninguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731117/view/woman-blinking-eyes2018-11-06T15:32:03Z0.9K005/5817 Woman blinking eyesK005/5817 Close-up of a woman blinking her eyes.https://www.sciencephoto.com/image/731117/350wm/K0055817-Woman_blinking_eyes-SPL.jpghttps://www.sciencephoto.com/image/731117/preview/K0055817-Woman_blinking_eyes-SPL.mp412.042016-05-14Yes10 seconds or greater4kadultbeautyblinkedblinkingblinksclose upclosingcroppedeyefacefemalefront viewgreen eyeshumanlockdownlocked offlooking at cameraone personopeningpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731118/view/woman-blinking-eyes2018-04-19T12:41:09Z0.9K005/5818 Woman blinking eyesK005/5818 Close-up of a woman blinking her eyes.https://www.sciencephoto.com/image/731118/350wm/K0055818-Woman_blinking_eyes-SPL.jpghttps://www.sciencephoto.com/image/731118/preview/K0055818-Woman_blinking_eyes-SPL.mp410.182016-05-14Yes10 seconds or greater4kadultbeautyblinkedblinkingblinksclose upclosingcroppedeyefacefemalefront viewgreen eyeshumanlockdownlocked offlooking at cameraone personopeningpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731119/view/woman-moving-eye2018-04-19T12:41:09Z0.9K005/5819 Woman moving eyeK005/5819 Close-up of a woman moving her eye to look towards the camera.https://www.sciencephoto.com/image/731119/350wm/K0055819-Woman_moving_eye-SPL.jpghttps://www.sciencephoto.com/image/731119/preview/K0055819-Woman_moving_eye-SPL.mp41.242016-05-14Yes4kadultclose upcroppedeyefemalefocushumanless than 10 secondslockdownlocked offlooking at cameramovingone personpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731120/view/woman-crying2018-04-19T12:41:09Z0.9K005/5820 Woman cryingK005/5820 Close-up of a woman crying with a tear falling from her eye.https://www.sciencephoto.com/image/731120/350wm/K0055820-Woman_crying-SPL.jpghttps://www.sciencephoto.com/image/731120/preview/K0055820-Woman_crying-SPL.mp48.152016-05-14Yes4kadultblinkedblinkingblinkscheekclose upcriedcriescroppedcryingemotionaleyefacefemaleflowinghumanless than 10 secondslockdownlocked offone personpeoplepersonreal timesadnesssensory perceptionskinstatictearfultearstearyuhdhttps://www.sciencephoto.com/media/731121/view/woman-crying2018-11-06T15:37:49Z0.9K005/5821 Woman cryingK005/5821 Close-up of a woman crying with tear falling from her eye.https://www.sciencephoto.com/image/731121/350wm/K0055821-Woman_crying-SPL.jpghttps://www.sciencephoto.com/image/731121/preview/K0055821-Woman_crying-SPL.mp420.012016-05-14Yes20 seconds or greater4kadultcheekclose upcriedcriescroppedcryingemotionaleyefacefemaleflowinghumanlockdownlocked offlooking at cameraone personpeoplepersonreal timesadnesssensory perceptionskinstatictearfultearstearyuhdunhappyupsethttps://www.sciencephoto.com/media/731122/view/woman-opening-eye2018-04-19T12:41:09Z0.9K005/5823 Woman opening eyeK005/5823 Close-up of a woman opening her eye.https://www.sciencephoto.com/image/731122/350wm/K0055823-Woman_opening_eye-SPL.jpghttps://www.sciencephoto.com/image/731122/preview/K0055823-Woman_opening_eye-SPL.mp43.022016-05-14Yes4kadultclose upcroppedeyefacefemalehumanless than 10 secondslockdownlocked offlooking at cameraone personopeningpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731123/view/woman-turning-head2018-04-19T12:41:09Z0.9K005/5825 Woman turning headK005/5825 Close-up of a woman moving her head to look towards the camera.https://www.sciencephoto.com/image/731123/350wm/K0055825-Woman_turning_head-SPL.jpghttps://www.sciencephoto.com/image/731123/preview/K0055825-Woman_turning_head-SPL.mp45.232016-05-14Yes4kadultclose upcroppedeyefemalefocushumanless than 10 secondslockdownlocked offlooking at cameramovingone personpeoplepersonreal timesensory perceptionstaticturninguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731124/view/woman-turning-head2018-04-19T12:41:09Z0.9K005/5826 Woman turning headK005/5826 Close-up of a woman moving her head to look towards the camera.https://www.sciencephoto.com/image/731124/350wm/K0055826-Woman_turning_head-SPL.jpghttps://www.sciencephoto.com/image/731124/preview/K0055826-Woman_turning_head-SPL.mp415.242016-05-14Yes10 seconds or greater4kadultclose upcroppedeyefemalefocushumanlockdownlocked offlooking at cameramovingone personpeoplepersonreal timesensory perceptionstaticturninguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731125/view/woman-crying2018-11-06T15:36:11Z0.9K005/5827 Woman cryingK005/5827 Close-up of a woman crying with a tear falling from her eye.https://www.sciencephoto.com/image/731125/350wm/K0055827-Woman_crying-SPL.jpghttps://www.sciencephoto.com/image/731125/preview/K0055827-Woman_crying-SPL.mp47.222016-05-14Yes4kadultcheekclose upcriedcriescroppedcryingemotionaleyefacefemaleflowinghumanless than 10 secondslockdownlocked offlooking at cameraone personpeoplepersonreal timesadnesssensory perceptionskinstatictearfultearstearyuhdunhappyupsethttps://www.sciencephoto.com/media/731126/view/woman-crying2018-04-19T12:41:09Z0.9K005/5829 Woman cryingK005/5829 Close-up of a woman crying with a tear falling from her eye.https://www.sciencephoto.com/image/731126/350wm/K0055829-Woman_crying-SPL.jpghttps://www.sciencephoto.com/image/731126/preview/K0055829-Woman_crying-SPL.mp410.042016-05-14Yes10 seconds or greater4kadultcheekclose upcriedcriescroppedcryingemotionaleyefacefemalehumanlockdownlocked offlooking at cameraone personpeoplepersonreal timesadnesssensory perceptionskinstatictearfultearstearyuhdunhappyupsetwethttps://www.sciencephoto.com/media/731127/view/woman-looking-at-camera2018-11-06T15:32:24Z0.9K005/5830 Woman looking at cameraK005/5830 Close-up of a woman opening her eye to look at the camera.https://www.sciencephoto.com/image/731127/350wm/K0055830-Woman_looking_at_camera-SPL.jpghttps://www.sciencephoto.com/image/731127/preview/K0055830-Woman_looking_at_camera-SPL.mp47.122016-05-14Yes4kadultalertnessclose upcroppedeyefemalehumanless than 10 secondslockdownlocked offlooking at cameraone personopeningpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731128/view/woman-looking-at-camera2018-04-19T12:41:09Z0.9K005/5831 Woman looking at cameraK005/5831 Close-up of a woman moving her eye to look towards the camera.https://www.sciencephoto.com/image/731128/350wm/K0055831-Woman_looking_at_camera-SPL.jpghttps://www.sciencephoto.com/image/731128/preview/K0055831-Woman_looking_at_camera-SPL.mp47.022016-05-14Yes4kadultbeautyclose upcroppedeyefacefemalefocushumanless than 10 secondslockdownlocked offlooking at cameramovingone personpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731129/view/woman-crying2018-04-19T12:41:09Z0.9K005/5833 Woman cryingK005/5833 Close-up of a woman crying with a tear falling from her eye.https://www.sciencephoto.com/image/731129/350wm/K0055833-Woman_crying-SPL.jpghttps://www.sciencephoto.com/image/731129/preview/K0055833-Woman_crying-SPL.mp418.052016-05-14Yes10 seconds or greater4kadultcheekclose upcriedcriescroppedcryingemotionaleyefacefemalehumanlockdownlocked offlooking awayone personpeoplepersonreal timesadnesssensory perceptionskinstatictearfultearstearyuhdunhappyupsetwethttps://www.sciencephoto.com/media/731130/view/woman-s-nose2018-11-06T15:35:47Z0.9K005/5857 Woman's noseK005/5857 Close-up of a woman using her nose to smell.https://www.sciencephoto.com/image/731130/350wm/K0055857-Woman_s_nose-SPL.jpghttps://www.sciencephoto.com/image/731130/preview/K0055857-Woman_s_nose-SPL.mp48.232016-05-14Yes4kadultaromaclose upfemaleless than 10 secondslockdownlocked offnosenostrilone personreal timescentsensory perceptionsmellingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731131/view/woman-crying2018-04-19T12:41:09Z0.9K005/5858 Woman cryingK005/5858 Close-up of a woman crying with a tear falling from her eye.https://www.sciencephoto.com/image/731131/350wm/K0055858-Woman_crying-SPL.jpghttps://www.sciencephoto.com/image/731131/preview/K0055858-Woman_crying-SPL.mp417.042016-05-14Yes10 seconds or greater4kadultcheekclose upcriedcriescroppedcryingemotionaleyefacefemalehumanlockdownlocked offone personpeoplepersonreal timesadnesssensory perceptionskinstatictearfultearstearyuhdunhappyupsetwetwhite backgroundhttps://www.sciencephoto.com/media/731132/view/woman-moving-her-nose2018-11-06T15:32:42Z0.9K005/5859 Woman moving her noseK005/5859 Close-up of a woman wrinkling up the skin on her nose.https://www.sciencephoto.com/image/731132/350wm/K0055859-Woman_moving_her_nose-SPL.jpghttps://www.sciencephoto.com/image/731132/preview/K0055859-Woman_moving_her_nose-SPL.mp412.212016-05-14Yes10 seconds or greater4kadultaromaclose upfemaleirritatedirritationlockdownlocked offnosenostrilone personreal timescentsensory perceptionskinsmellingsqueezingstaticuhdwhite backgroundwomanwomenwrinkledwrinkleswrinklinghttps://www.sciencephoto.com/media/731133/view/woman-s-nose2018-11-06T15:38:33Z0.9K005/5860 Woman's noseK005/5860 Close-up of a woman using her nose to smell.https://www.sciencephoto.com/image/731133/350wm/K0055860-Woman_s_nose-SPL.jpghttps://www.sciencephoto.com/image/731133/preview/K0055860-Woman_s_nose-SPL.mp46.142016-05-14Yes4kadultaromaclose upfemaleless than 10 secondslockdownlocked offnosenostrilone personreal timescentsensory perceptionsmellingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731134/view/woman-opening-eyes2018-11-06T15:37:49Z0.9K005/5861 Woman opening eyesK005/5861 Close-up of a woman opening her eyes to look at the camera.https://www.sciencephoto.com/image/731134/350wm/K0055861-Woman_opening_eyes-SPL.jpghttps://www.sciencephoto.com/image/731134/preview/K0055861-Woman_opening_eyes-SPL.mp42.122016-05-14Yes4kadultalertnessclose upcroppedeyefemalehumanless than 10 secondslockdownlocked offlooking at cameraone personopeningpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731135/view/woman-licking-lips2018-04-19T02:27:18Z0.9K005/5867 Woman licking lipsK005/5867 Woman licking her lips and smiling towards the camera.https://www.sciencephoto.com/image/731135/350wm/K0055867-Woman_licking_lips-SPL.jpghttps://www.sciencephoto.com/image/731135/preview/K0055867-Woman_licking_lips-SPL.mp44.052016-05-14Yes4kadultattractive femalebeautyclose upfacefemaleflirtingheadhealth and beautyless than 10 secondslicking lipslipslockdownlocked offlooking at cameramouthone personreal timesensory perceptionstatictastingtastytongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731136/view/woman-smelling-rose2018-04-19T12:41:09Z0.9K005/5872 Woman smelling roseK005/5872 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731136/350wm/K0055872-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731136/preview/K0055872-Woman_smelling_rose-SPL.mp43.212016-05-14Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731137/view/woman-smelling-rose2018-04-19T12:41:09Z0.9K005/5873 Woman smelling roseK005/5873 Close-up of a woman smelling a pink rose and smiling towards the camera.https://www.sciencephoto.com/image/731137/350wm/K0055873-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731137/preview/K0055873-Woman_smelling_rose-SPL.mp43.152016-05-14Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offlooking at cameranoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731138/view/woman-smelling-rose2018-04-19T12:41:09Z0.9K005/5874 Woman smelling roseK005/5874 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731138/350wm/K0055874-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731138/preview/K0055874-Woman_smelling_rose-SPL.mp49.172016-05-14Yes10 seconds or greater4kadultaromaclose upfemaleflowerhappinesshappylockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731139/view/woman-licking-lips2018-04-19T02:27:18Z0.9K005/5877 Woman licking lipsK005/5877 Woman licking her lips and smiling towards the camera.https://www.sciencephoto.com/image/731139/350wm/K0055877-Woman_licking_lips-SPL.jpghttps://www.sciencephoto.com/image/731139/preview/K0055877-Woman_licking_lips-SPL.mp46.162016-05-14Yes4kadultattractive femalebeautyclose upfacefemaleflirtingheadhealth and beautyless than 10 secondslicking lipslipslockdownlocked offlooking at cameramouthone personreal timesensory perceptionstatictastingtastytongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731140/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5892 Woman smelling roseK005/5892 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731140/350wm/K0055892-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731140/preview/K0055892-Woman_smelling_rose-SPL.mp45.192016-05-14Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offlooking at cameranoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731141/view/woman-smelling-rose2018-04-19T12:41:09Z0.9K005/5896 Woman smelling roseK005/5896 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731141/350wm/K0055896-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731141/preview/K0055896-Woman_smelling_rose-SPL.mp48.232016-05-14Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731142/view/woman-smelling-rose2018-04-19T12:41:09Z0.9K005/5898 Woman smelling roseK005/5898 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731142/350wm/K0055898-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731142/preview/K0055898-Woman_smelling_rose-SPL.mp411.032016-05-14Yes10 seconds or greater4kadultaromaclose upfemaleflowerlockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731143/view/woman-rubbing-shoulder2018-04-19T12:41:09Z0.9K005/5917 Woman rubbing shoulderK005/5917 Topless woman rubbing her sore shoulder.https://www.sciencephoto.com/image/731143/350wm/K0055917-Woman_rubbing_shoulder-SPL.jpghttps://www.sciencephoto.com/image/731143/preview/K0055917-Woman_rubbing_shoulder-SPL.mp413.022016-05-14Yes10 seconds or greater4kacheachingadultbackclose upcroppedfemalehandlockdownlocked offnakedone personpainreal timerubbingshoulderskinsorestatictoplesstouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731144/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/5918 Sweat on foreheadK005/5918 Sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731144/350wm/K0055918-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731144/preview/K0055918-Sweat_on_forehead-SPL.mp46.182016-05-14Yes4kadultbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731145/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/5919 Sweat on foreheadK005/5919 Sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731145/350wm/K0055919-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731145/preview/K0055919-Sweat_on_forehead-SPL.mp49.012016-05-14Yes4kadultbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731146/view/woman-rolling-tongue2018-04-19T12:41:09Z0.9K005/5920 Woman rolling tongueK005/5920 Close-up of a woman rolling her tongue.https://www.sciencephoto.com/image/731146/350wm/K0055920-Woman_rolling_tongue-SPL.jpghttps://www.sciencephoto.com/image/731146/preview/K0055920-Woman_rolling_tongue-SPL.mp415.232016-05-14Yes10 seconds or greater4kadultclose upcurledcurlingfemalelockdownlocked offmouthone personpoking out tonguepoking tongue outreal timerolledrolling tongueskillstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731147/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/5921 Sweat on foreheadK005/5921 Sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731147/350wm/K0055921-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731147/preview/K0055921-Sweat_on_forehead-SPL.mp49.222016-05-14Yes10 seconds or greater4kadultbrowclose upcroppedfemaleforeheadheadheathotlockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731148/view/woman-blowing-kiss2018-04-19T12:41:09Z0.9K005/5922 Woman blowing kissK005/5922 Close-up of a woman blowing a kiss.https://www.sciencephoto.com/image/731148/350wm/K0055922-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731148/preview/K0055922-Woman_blowing_kiss-SPL.mp48.242016-05-14Yes4kadultblowing kissclose upfemaleflirtinghappinesshappykissingless than 10 secondslipslockdownlocked offmouthone personreal timesmilingstaticteethuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731149/view/sweat-on-forehead2018-11-06T15:35:23Z0.9K005/5924 Sweat on foreheadK005/5924 Sweat dripping down a woman's forehead.https://www.sciencephoto.com/image/731149/350wm/K0055924-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731149/preview/K0055924-Sweat_on_forehead-SPL.mp46.012016-05-14Yes4kadultbrowclose upcroppeddrippingdropletfallingfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timerollingskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731150/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/5925 Sweat on foreheadK005/5925 Sweat running down a woman's forehead.https://www.sciencephoto.com/image/731150/350wm/K0055925-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731150/preview/K0055925-Sweat_on_forehead-SPL.mp48.12016-05-14Yes4kadultbrowclose upcroppeddrippingdropletfallingfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timerollingskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731151/view/woman-sticking-out-tongue2018-04-19T12:41:09Z0.9K005/5927 Woman sticking out tongueK005/5927 Close-up of a woman sticking out her tongue.https://www.sciencephoto.com/image/731151/350wm/K0055927-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731151/preview/K0055927-Woman_sticking_out_tongue-SPL.mp415.052016-05-14Yes10 seconds or greater4kadultclose upfemalefunlipslockdownlocked offmischiefmouthone personpoking out tonguepoking tongue outreal timerudenessstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731152/view/woman-pouting2018-04-19T12:41:09Z0.9K005/5929 Woman poutingK005/5929 Woman pouting her lips.https://www.sciencephoto.com/image/731152/350wm/K0055929-Woman_pouting-SPL.jpghttps://www.sciencephoto.com/image/731152/preview/K0055929-Woman_pouting-SPL.mp413.232016-05-14Yes10 seconds or greater4kadultclose upfemaleflirtingkisskissinglipslockdownlocked offmouthone personpoutingpuckered lipspuckering lipsreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731153/view/woman-rubbing-neck2018-04-19T12:41:09Z0.9K005/5930 Woman rubbing neckK005/5930 Topless woman rubbing her sore neck.https://www.sciencephoto.com/image/731153/350wm/K0055930-Woman_rubbing_neck-SPL.jpghttps://www.sciencephoto.com/image/731153/preview/K0055930-Woman_rubbing_neck-SPL.mp431.232016-05-14Yes30 seconds or greater4kacheachingadultclose upfemalehandlockdownlocked offnakedneckone personpainreal timerubbingskinsorestatictoplesstouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731154/view/woman-blowing-kiss2018-04-19T12:41:09Z0.9K005/5931 Woman blowing kissK005/5931 Close-up of a woman blowing a kiss.https://www.sciencephoto.com/image/731154/350wm/K0055931-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731154/preview/K0055931-Woman_blowing_kiss-SPL.mp49.122016-05-14Yes4kadultblowing kissclose upfemaleflirtinghappinesshappykissingless than 10 secondslipslockdownlocked offmouthone personreal timesmilingstaticteethuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731155/view/woman-pouting2018-04-19T12:41:09Z0.9K005/5932 Woman poutingK005/5932 Close-up of a woman pouting her lips.https://www.sciencephoto.com/image/731155/350wm/K0055932-Woman_pouting-SPL.jpghttps://www.sciencephoto.com/image/731155/preview/K0055932-Woman_pouting-SPL.mp415.182016-05-14Yes10 seconds or greater4kadultclose upfemaleflirtingkisskissinglipslockdownlocked offmouthone personpoutingpuckered lipspuckering lipsreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731156/view/woman-rubbing-shoulder2018-04-19T12:41:09Z0.9K005/5933 Woman rubbing shoulderK005/5933 Topless woman rubbing her sore shoulder.https://www.sciencephoto.com/image/731156/350wm/K0055933-Woman_rubbing_shoulder-SPL.jpghttps://www.sciencephoto.com/image/731156/preview/K0055933-Woman_rubbing_shoulder-SPL.mp417.032016-05-14Yes10 seconds or greater4kacheachingadultbackclose upcroppedfemalehandlockdownlocked offnakedone personpainreal timerubbingshoulderskinsorestatictoplesstouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731157/view/woman-smiling2018-04-19T12:41:09Z0.9K005/5934 Woman smilingK005/5934 Close-up of a woman smiling.https://www.sciencephoto.com/image/731157/350wm/K0055934-Woman_smiling-SPL.jpghttps://www.sciencephoto.com/image/731157/preview/K0055934-Woman_smiling-SPL.mp47.092016-05-14Yes4kadultclose upfemalehappinesshappyless than 10 secondslipslockdownlocked offmouthone personreal timesmilesmiledsmilingstaticteethuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731158/view/woman-licking-lips2018-04-19T12:41:09Z0.9K005/5936 Woman licking lipsK005/5936 Close-up of a woman licking her lips.https://www.sciencephoto.com/image/731158/350wm/K0055936-Woman_licking_lips-SPL.jpghttps://www.sciencephoto.com/image/731158/preview/K0055936-Woman_licking_lips-SPL.mp412.172016-05-14Yes10 seconds or greater4kadultclose upfemaleflirtinghappinesshappylicking lipslipslockdownlocked offmouthone personreal timesensory perceptionsmilingstatictastingtastytongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731159/view/woman-smiling2018-04-19T12:41:09Z0.9K005/5937 Woman smilingK005/5937 Woman smiling towards the camera and blowing a kiss.https://www.sciencephoto.com/image/731159/350wm/K0055937-Woman_smiling-SPL.jpghttps://www.sciencephoto.com/image/731159/preview/K0055937-Woman_smiling-SPL.mp416.082016-05-14Yes10 seconds or greater4kadultblowing a kissclose upfemalehappinesshappylockdownlocked offlooking at cameraone personreal timesmilesmiledsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731160/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/5938 Sweat on foreheadK005/5938 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731160/350wm/K0055938-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731160/preview/K0055938-Sweat_on_forehead-SPL.mp47.242016-05-14Yes4kadultbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731161/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/5939 Sweat on foreheadK005/5939 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731161/350wm/K0055939-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731161/preview/K0055939-Sweat_on_forehead-SPL.mp44.012016-05-14Yes4kadultbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731162/view/woman-sticking-out-tongue2018-04-19T12:41:09Z0.9K005/5941 Woman sticking out tongueK005/5941 Close-up of a woman sticking out her tongue and smiling towards the camera.https://www.sciencephoto.com/image/731162/350wm/K0055941-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731162/preview/K0055941-Woman_sticking_out_tongue-SPL.mp49.12016-05-14Yes4kadultclose upfemalefunless than 10 secondslipslockdownlocked offlooking at cameramischiefmouthone personpoking out tonguepoking tongue outreal timerudenesssmiledsmilessmilingstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731163/view/woman-licking-lips2018-04-19T12:41:09Z0.9K005/5942 Woman licking lipsK005/5942 Woman licking her lips.https://www.sciencephoto.com/image/731163/350wm/K0055942-Woman_licking_lips-SPL.jpghttps://www.sciencephoto.com/image/731163/preview/K0055942-Woman_licking_lips-SPL.mp49.052016-05-14Yes4kadultclose upfemaleflirtinghappinesshappyless than 10 secondslicking lipslipslockdownlocked offlooking at cameramouthone personreal timesensory perceptionsmilingstatictastingtastytongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731164/view/woman-sticking-out-tongue2018-04-19T12:41:09Z0.9K005/5943 Woman sticking out tongueK005/5943 Close-up of a woman sticking out her tongue.https://www.sciencephoto.com/image/731164/350wm/K0055943-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731164/preview/K0055943-Woman_sticking_out_tongue-SPL.mp49.122016-05-14Yes4kadultclose upfemalefunless than 10 secondslipslockdownlocked offmischiefmouthone personpoking out tonguepoking tongue outreal timerudenesssmilingstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731165/view/woman-rubbing-elbow2018-04-19T12:41:09Z0.9K005/5944 Woman rubbing elbowK005/5944 Woman rubbing her sore elbow.https://www.sciencephoto.com/image/731165/350wm/K0055944-Woman_rubbing_elbow-SPL.jpghttps://www.sciencephoto.com/image/731165/preview/K0055944-Woman_rubbing_elbow-SPL.mp413.242016-05-14Yes10 seconds or greater4kacheachingadultarmclose upelbowfemalehandlockdownlocked offone personpainreal timerubbingskinsorestatictouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731166/view/woman-sticking-out-tongue2018-04-19T12:41:09Z0.9K005/5945 Woman sticking out tongueK005/5945 Close-up of a woman sticking out her tongue.https://www.sciencephoto.com/image/731166/350wm/K0055945-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731166/preview/K0055945-Woman_sticking_out_tongue-SPL.mp412.062016-05-14Yes10 seconds or greater4kadultclose upfemalefunlipslockdownlocked offmischiefmouthone personpoking out tonguepoking tongue outreal timerudenessstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731167/view/woman-rubbing-elbow2018-04-19T12:41:09Z0.9K005/5946 Woman rubbing elbowK005/5946 Woman rubbing her sore elbow.https://www.sciencephoto.com/image/731167/350wm/K0055946-Woman_rubbing_elbow-SPL.jpghttps://www.sciencephoto.com/image/731167/preview/K0055946-Woman_rubbing_elbow-SPL.mp422.042016-05-14Yes20 seconds or greater4kacheachingadultarmclose upelbowfemalehandlockdownlocked offone personpainreal timerubbingskinsorestatictouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731168/view/woman-sticking-out-tongue2018-04-19T12:41:09Z0.9K005/5947 Woman sticking out tongueK005/5947 Woman sticking out her tongue.https://www.sciencephoto.com/image/731168/350wm/K0055947-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731168/preview/K0055947-Woman_sticking_out_tongue-SPL.mp414.072016-05-14Yes10 seconds or greater4kadultclose upfemalefunlockdownlocked offlooking at cameramischiefmouthone personpoking out tonguepoking tongue outreal timerudenessstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731169/view/woman-sticking-out-tongue2018-04-19T12:41:09Z0.9K005/5949 Woman sticking out tongueK005/5949 Woman sticking out her tongue.https://www.sciencephoto.com/image/731169/350wm/K0055949-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731169/preview/K0055949-Woman_sticking_out_tongue-SPL.mp411.122016-05-14Yes10 seconds or greater4kadultclose upfemalefunlockdownlocked offlooking at cameramischiefmouthone personpoking out tonguepoking tongue outreal timerudenessstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731170/view/woman-rubbing-arm2018-04-19T12:41:09Z0.9K005/5950 Woman rubbing armK005/5950 Woman rubbing her sore upper arm.https://www.sciencephoto.com/image/731170/350wm/K0055950-Woman_rubbing_arm-SPL.jpghttps://www.sciencephoto.com/image/731170/preview/K0055950-Woman_rubbing_arm-SPL.mp418.12016-05-14Yes10 seconds or greater4kacheachingadultarmclose upcroppedfemalehandlockdownlocked offnakedone personpainreal timerubbingskinsorestatictoplesstouchinguhdupper armwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731171/view/woman-pouting2018-04-19T12:41:09Z0.9K005/5951 Woman poutingK005/5951 Woman pouting towards the camera.https://www.sciencephoto.com/image/731171/350wm/K0055951-Woman_pouting-SPL.jpghttps://www.sciencephoto.com/image/731171/preview/K0055951-Woman_pouting-SPL.mp419.042016-05-14Yes10 seconds or greater4kadultclose upfemalelockdownlocked offlooking at cameramouthone personpoutingreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731172/view/woman-rubbing-neck2018-04-19T12:41:09Z0.9K005/5952 Woman rubbing neckK005/5952 Topless woman rubbing her sore neck.https://www.sciencephoto.com/image/731172/350wm/K0055952-Woman_rubbing_neck-SPL.jpghttps://www.sciencephoto.com/image/731172/preview/K0055952-Woman_rubbing_neck-SPL.mp420.222016-05-14Yes20 seconds or greater4kacheachingadultclose upfemalehandlockdownlocked offnakedneckone personpainreal timerubbingskinsorestatictoplesstouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731173/view/sweat-on-human-skin2018-04-19T12:41:09Z0.9K005/5953 Sweat on human skinK005/5953 Close-up of a bead of sweat forming on human skin.https://www.sciencephoto.com/image/731173/350wm/K0055953-Sweat_on_human_skin-SPL.jpghttps://www.sciencephoto.com/image/731173/preview/K0055953-Sweat_on_human_skin-SPL.mp49.012016-05-14Yes10 seconds or greater4kadultblack backgroundbrowclose upcroppedfemaleforeheadheadheathotlockdownlocked offone personperspirationperspiringreal timeskinstandstandingstaticsweatsweatinguhdupwetwomanwomenhttps://www.sciencephoto.com/media/731174/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/5954 Sweat on foreheadK005/5954 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731174/350wm/K0055954-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731174/preview/K0055954-Sweat_on_forehead-SPL.mp49.192016-05-14Yes4kadultbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731175/view/woman-blowing-kiss2018-04-19T12:41:09Z0.9K005/5955 Woman blowing kissK005/5955 Close-up of a woman blowing a kiss.https://www.sciencephoto.com/image/731175/350wm/K0055955-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731175/preview/K0055955-Woman_blowing_kiss-SPL.mp410.062016-05-14Yes10 seconds or greater4kadultblowing kissclose upfemaleflirtinghappinesshappykissinglipslockdownlocked offmouthone personreal timesmilingstaticteethuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731176/view/woman-blowing-kiss2018-04-19T12:41:09Z0.9K005/5956 Woman blowing kissK005/5956 Close-up of a woman blowing a kiss and pouting.https://www.sciencephoto.com/image/731176/350wm/K0055956-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731176/preview/K0055956-Woman_blowing_kiss-SPL.mp47.132016-05-14Yes4kadultblowing kissclose upfemaleflirtinghappinesshappykissingless than 10 secondslipslockdownlocked offmouthone personpoutingreal timesmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731177/view/woman-rolling-tongue2018-04-19T12:41:09Z0.9K005/5957 Woman rolling tongueK005/5957 Woman rolling her tongue.https://www.sciencephoto.com/image/731177/350wm/K0055957-Woman_rolling_tongue-SPL.jpghttps://www.sciencephoto.com/image/731177/preview/K0055957-Woman_rolling_tongue-SPL.mp416.192016-05-14Yes10 seconds or greater4kadultclose upcurledcurlingfemalelockdownlocked offlooking at cameramouthone personreal timerolledrolling tongueskillstatictongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731178/view/woman-licking-lips2018-04-19T12:41:09Z0.9K005/5958 Woman licking lipsK005/5958 Close-up of a woman licking her lips.https://www.sciencephoto.com/image/731178/350wm/K0055958-Woman_licking_lips-SPL.jpghttps://www.sciencephoto.com/image/731178/preview/K0055958-Woman_licking_lips-SPL.mp410.032016-05-14Yes10 seconds or greater4kadultclose upfemaleflirtinghappinesshappylicking lipslipslockdownlocked offmouthone personreal timeseductionseductivesensory perceptionsmilingstatictastingtastytongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731179/view/woman-rubbing-neck2018-04-19T12:41:09Z0.9K005/5959 Woman rubbing neckK005/5959 Topless woman rubbing her sore neck.https://www.sciencephoto.com/image/731179/350wm/K0055959-Woman_rubbing_neck-SPL.jpghttps://www.sciencephoto.com/image/731179/preview/K0055959-Woman_rubbing_neck-SPL.mp416.232016-05-14Yes10 seconds or greater4kacheachingadultclose upfemalehandlockdownlocked offnakedneckone personpainreal timerubbingskinsorestatictoplesstouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731180/view/ink-on-fingertip2018-04-19T12:41:09Z0.9K005/5968 Ink on fingertipK005/5968 Human finger with ink on the fingertip for fingerprints.https://www.sciencephoto.com/image/731180/350wm/K0055968-Ink_on_fingertip-SPL.jpghttps://www.sciencephoto.com/image/731180/preview/K0055968-Ink_on_fingertip-SPL.mp4102016-05-14Yes10 seconds or greater4kblack backgroundclose upcroppedfingerfingerprintfingertipidentityinklockdownlocked offone personreal timestaticuhdwethttps://www.sciencephoto.com/media/731181/view/woman-rubbing-stomach2018-11-06T15:33:57Z0.9K005/5969 Woman rubbing stomachK005/5969 Naked woman rubbing her sore stomach.https://www.sciencephoto.com/image/731181/350wm/K0055969-Woman_rubbing_stomach-SPL.jpghttps://www.sciencephoto.com/image/731181/preview/K0055969-Woman_rubbing_stomach-SPL.mp419.082016-05-14Yes10 seconds or greater4kabdomenachingadultclose upfemalehandlockdownlocked offnakedone personpainreal timerubbingsorestaticstomachstomach achetouchingtummytummy acheuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731182/view/woman-rubbing-thigh2018-04-19T12:41:09Z0.9K005/5970 Woman rubbing thighK005/5970 Woman rubbing her sore thigh.https://www.sciencephoto.com/image/731182/350wm/K0055970-Woman_rubbing_thigh-SPL.jpghttps://www.sciencephoto.com/image/731182/preview/K0055970-Woman_rubbing_thigh-SPL.mp426.042016-05-14Yes20 seconds or greater4kacheachingadultclose upfemalehandleglockdownlocked offnakedone personpainreal timerubbingsorestaticthightouchinguhdupper legwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731183/view/woman-rubbing-calf2018-04-19T12:41:09Z0.9K005/5972 Woman rubbing calfK005/5972 Woman rubbing her sore calf.https://www.sciencephoto.com/image/731183/350wm/K0055972-Woman_rubbing_calf-SPL.jpghttps://www.sciencephoto.com/image/731183/preview/K0055972-Woman_rubbing_calf-SPL.mp412.152016-05-14Yes10 seconds or greater4kacheachingadultcalfclose upfemalehandhandheldleglower legnakedone personpainreal timerubbingsoretilt uptilting shottouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731184/view/woman-rubbing-stomach2018-04-19T12:41:09Z0.9K005/5973 Woman rubbing stomachK005/5973 Naked woman rubbing her sore stomach.https://www.sciencephoto.com/image/731184/350wm/K0055973-Woman_rubbing_stomach-SPL.jpghttps://www.sciencephoto.com/image/731184/preview/K0055973-Woman_rubbing_stomach-SPL.mp452.032016-05-14Yes4k50 seconds or greaterabdomenachingadultclose upfemalehandlockdownlocked offnakedone personpainreal timerubbingsorestaticstomachstomach achetouchingtummytummy acheuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731185/view/fingertip2018-04-19T12:41:09Z0.9K005/5974 FingertipK005/5974 Human fingertip against a plain black background.https://www.sciencephoto.com/image/731185/350wm/K0055974-Fingertip-SPL.jpghttps://www.sciencephoto.com/image/731185/preview/K0055974-Fingertip-SPL.mp4102016-05-14Yes10 seconds or greater4kblack backgroundclose upcroppedfingerfingerprintfingertipidentitylockdownlocked offone personreal timestaticuhdhttps://www.sciencephoto.com/media/731186/view/woman-rubbing-calf2018-04-19T12:41:09Z0.9K005/5975 Woman rubbing calfK005/5975 Woman rubbing her sore calf.https://www.sciencephoto.com/image/731186/350wm/K0055975-Woman_rubbing_calf-SPL.jpghttps://www.sciencephoto.com/image/731186/preview/K0055975-Woman_rubbing_calf-SPL.mp418.152016-05-14Yes10 seconds or greater4kacheachingadultcalfclose upfemalehandhandheldleglower legnakedone personpainreal timerubbingsoretiling shottilt downtilt uptouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731187/view/woman-rubbing-thigh2018-04-19T12:41:09Z0.9K005/5976 Woman rubbing thighK005/5976 Woman rubbing the hamstring muscles in her thigh.https://www.sciencephoto.com/image/731187/350wm/K0055976-Woman_rubbing_thigh-SPL.jpghttps://www.sciencephoto.com/image/731187/preview/K0055976-Woman_rubbing_thigh-SPL.mp419.132016-05-14Yes20 seconds or greater4kacheachingadultclose upfemalehamstringhandleglockdownlocked offmusclemuscularnakedone personpainreal timerubbingsorestaticthightouchinguhdupper legwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731188/view/woman-rubbing-back2018-04-19T12:41:09Z0.9K005/5978 Woman rubbing backK005/5978 Naked woman rubbing her sore lower back.https://www.sciencephoto.com/image/731188/350wm/K0055978-Woman_rubbing_back-SPL.jpghttps://www.sciencephoto.com/image/731188/preview/K0055978-Woman_rubbing_back-SPL.mp417.222016-05-14Yes10 seconds or greater4kacheachingadultbackback achebackacheclose upcroppedfemalehandlockdownlocked offlower backlumbarnakedone personpainreal timerubbingskinsorestatictouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731189/view/woman-rubbing-calf2018-04-19T12:41:09Z0.9K005/5979 Woman rubbing calfK005/5979 Woman rubbing her sore calf.https://www.sciencephoto.com/image/731189/350wm/K0055979-Woman_rubbing_calf-SPL.jpghttps://www.sciencephoto.com/image/731189/preview/K0055979-Woman_rubbing_calf-SPL.mp421.032016-05-14Yes20 seconds or greater4kacheachingadultcalfclose upfemalehandhandheldleglower legnakedone personpainreal timerubbingsoretiling shottilt downtouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731190/view/woman-rubbing-back2018-11-06T15:37:10Z0.9K005/5980 Woman rubbing backK005/5980 Naked woman rubbing her sore lower back.https://www.sciencephoto.com/image/731190/350wm/K0055980-Woman_rubbing_back-SPL.jpghttps://www.sciencephoto.com/image/731190/preview/K0055980-Woman_rubbing_back-SPL.mp438.182016-05-14Yes30 seconds or greater4kacheachingadultbackback achebackacheclose upcroppedfemalehandlockdownlocked offlower backlumbarnakedone personpainreal timerubbingskinsorestatictouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731191/view/ink-on-fingertip2018-04-19T12:41:09Z0.9K005/5981 Ink on fingertipK005/5981 Human finger with ink on the fingertip for fingerprints.https://www.sciencephoto.com/image/731191/350wm/K0055981-Ink_on_fingertip-SPL.jpghttps://www.sciencephoto.com/image/731191/preview/K0055981-Ink_on_fingertip-SPL.mp4102016-05-14Yes10 seconds or greater4kblack backgroundclose upcroppedfingerfingerprintfingertipidentityinklockdownlocked offone personreal timestaticuhdhttps://www.sciencephoto.com/media/731192/view/fingerprint-on-glass2018-04-19T12:41:09Z0.9K005/5997 Fingerprint on glassK005/5997 Human finger with ink pressing onto glass and making a fingertip.https://www.sciencephoto.com/image/731192/350wm/K0055997-Fingerprint_on_glass-SPL.jpghttps://www.sciencephoto.com/image/731192/preview/K0055997-Fingerprint_on_glass-SPL.mp413.172016-05-14Yes10 seconds or greater4kblack backgroundclose upfingerfingerprintfingertipglassidentityinklockdownlocked offone personpressingpushingreal timestaticuhdhttps://www.sciencephoto.com/media/731193/view/ink-on-fingertip2018-04-19T12:41:09Z0.9K005/5998 Ink on fingertipK005/5998 Human finger with ink on the fingertip for fingerprints.https://www.sciencephoto.com/image/731193/350wm/K0055998-Ink_on_fingertip-SPL.jpghttps://www.sciencephoto.com/image/731193/preview/K0055998-Ink_on_fingertip-SPL.mp4102016-05-14Yes10 seconds or greater4kblack backgroundclose upcroppedfingerfingerprintfingertipidentityinklockdownlocked offone personreal timestaticuhdwethttps://www.sciencephoto.com/media/731194/view/ink-on-fingertip2018-04-19T12:41:09Z0.9K005/5999 Ink on fingertipK005/5999 Human finger with ink on the fingertip for fingerprints.https://www.sciencephoto.com/image/731194/350wm/K0055999-Ink_on_fingertip-SPL.jpghttps://www.sciencephoto.com/image/731194/preview/K0055999-Ink_on_fingertip-SPL.mp4102016-05-14Yes10 seconds or greater4kblack backgroundclose upcroppedfingerfingerprintfingertipidentityinklockdownlocked offone personreal timestaticuhdwethttps://www.sciencephoto.com/media/731195/view/fingerprint-on-glass2018-04-19T12:41:09Z0.9K005/6000 Fingerprint on glassK005/6000 Human finger with ink pressing onto glass and making a fingertip.https://www.sciencephoto.com/image/731195/350wm/K0056000-Fingerprint_on_glass-SPL.jpghttps://www.sciencephoto.com/image/731195/preview/K0056000-Fingerprint_on_glass-SPL.mp418.172016-05-14Yes10 seconds or greater4kclose upfingerfingerprintfingertipglassidentityinklockdownlocked offone personpressingpushingreal timestaticuhdwhite backgroundhttps://www.sciencephoto.com/media/731196/view/ink-on-fingertip2018-04-19T12:41:09Z0.9K005/6001 Ink on fingertipK005/6001 Human finger with ink on the fingertip for fingerprints.https://www.sciencephoto.com/image/731196/350wm/K0056001-Ink_on_fingertip-SPL.jpghttps://www.sciencephoto.com/image/731196/preview/K0056001-Ink_on_fingertip-SPL.mp4102016-05-14Yes10 seconds or greater4kblack backgroundclose upcroppedfingerfingerprintfingertipidentityinklockdownlocked offone personreal timestaticuhdwethttps://www.sciencephoto.com/media/731197/view/fingerprint-on-glass2018-11-06T15:37:01Z0.9K005/6002 Fingerprint on glassK005/6002 Human finger with ink pressing onto glass and making a fingertip.https://www.sciencephoto.com/image/731197/350wm/K0056002-Fingerprint_on_glass-SPL.jpghttps://www.sciencephoto.com/image/731197/preview/K0056002-Fingerprint_on_glass-SPL.mp4172016-05-14Yes10 seconds or greater4kclose upfingerfingerprintfingertipglassidentityinklockdownlocked offone personpressingpushingreal timestaticuhdwhite backgroundhttps://www.sciencephoto.com/media/731198/view/goosebumps-on-skin2018-04-19T12:41:09Z0.9K005/6003 Goosebumps on skinK005/6003 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731198/350wm/K0056003-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731198/preview/K0056003-Goosebumps_on_skin-SPL.mp414.052016-05-14Yes10 seconds or greater4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanpeoplepersonreactingreactionreal timeskinsurprisetemperatureuhdwomanhttps://www.sciencephoto.com/media/731199/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6004 Sweat on foreheadK005/6004 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731199/350wm/K0056004-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731199/preview/K0056004-Sweat_on_forehead-SPL.mp43.12016-05-14Yes4kadultblack backgroundbrowclose upcroppeddrippingdropletfallingfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timerollingskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731200/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6005 Sweat on foreheadK005/6005 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731200/350wm/K0056005-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731200/preview/K0056005-Sweat_on_forehead-SPL.mp429.182016-05-14Yes20 seconds or greater4kadultblack backgroundbrowclose upcroppedfemaleforeheadheadheathotlockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731201/view/goosebumps-on-skin2018-04-19T12:41:09Z0.9K005/6006 Goosebumps on skinK005/6006 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731201/350wm/K0056006-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731201/preview/K0056006-Goosebumps_on_skin-SPL.mp474.052016-05-14Yes4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanlong clipone minute or greaterpeoplepersonreactingreactionreal timeskinsurprisetemperatureuhdwomanhttps://www.sciencephoto.com/media/731202/view/goosebumps-on-skin2018-04-19T12:41:09Z0.9K005/6007 Goosebumps on skinK005/6007 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731202/350wm/K0056007-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731202/preview/K0056007-Goosebumps_on_skin-SPL.mp448.112016-05-14Yes40 seconds or greater4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanpeoplepersonreactingreactionreal timeskinsurprisetemperatureuhdwomanhttps://www.sciencephoto.com/media/731203/view/goosebumps-on-skin2018-04-19T12:41:09Z0.9K005/6008 Goosebumps on skinK005/6008 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731203/350wm/K0056008-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731203/preview/K0056008-Goosebumps_on_skin-SPL.mp419.032016-05-14Yes10 seconds or greater4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanpeoplepersonreactingreactionreal timeskinsurprisetemperatureuhdwomanhttps://www.sciencephoto.com/media/731204/view/goosebumps-on-skin2018-11-06T15:35:00Z0.9K005/6009 Goosebumps on skinK005/6009 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731204/350wm/K0056009-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731204/preview/K0056009-Goosebumps_on_skin-SPL.mp437.012016-05-14Yes30 seconds or greater4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanpeoplepersonreactingreactionreal timeskinsurprisetemperatureuhdwomanhttps://www.sciencephoto.com/media/731205/view/goosebumps-on-skin2018-04-19T12:41:09Z0.9K005/6010 Goosebumps on skinK005/6010 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731205/350wm/K0056010-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731205/preview/K0056010-Goosebumps_on_skin-SPL.mp438.032016-05-14Yes30 seconds or greater4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanpeoplepersonreactingreactionreal timeskinsurprisetemperatureuhdwomanhttps://www.sciencephoto.com/media/731206/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6011 Sweat on foreheadK005/6011 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731206/350wm/K0056011-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731206/preview/K0056011-Sweat_on_forehead-SPL.mp48.182016-05-14Yes4kadultblack backgroundbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731207/view/goosebumps-on-skin2018-04-19T12:41:09Z0.9K005/6012 Goosebumps on skinK005/6012 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731207/350wm/K0056012-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731207/preview/K0056012-Goosebumps_on_skin-SPL.mp434.042016-05-14Yes30 seconds or greater4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanpeoplepersonreactingreactionreal timeskinsurprisetemperatureuhdwomanhttps://www.sciencephoto.com/media/731208/view/goosebumps-on-skin2018-11-06T15:32:53Z0.9K005/6013 Goosebumps on skinK005/6013 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731208/350wm/K0056013-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731208/preview/K0056013-Goosebumps_on_skin-SPL.mp427.132016-05-14Yes20 seconds or greater4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanpeoplepersonreactingreactionreal timeskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731209/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6014 Sweat on foreheadK005/6014 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731209/350wm/K0056014-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731209/preview/K0056014-Sweat_on_forehead-SPL.mp48.22016-05-14Yes4kadultblack backgroundbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731210/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6015 Sweat on foreheadK005/6015 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731210/350wm/K0056015-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731210/preview/K0056015-Sweat_on_forehead-SPL.mp412.042016-05-14Yes10 seconds or greater4kadultblack backgroundbrowclose upcroppeddrippingdropletfallingfemaleforeheadheadheathotlockdownlocked offone personperspirationperspiringreal timerollingskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731211/view/arm-hairs-raising2018-11-06T15:33:36Z0.9K005/6122 Arm hairs raisingK005/6122 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731211/350wm/K0056122-Arm_hairs_raising-SPL.jpghttps://www.sciencephoto.com/image/731211/preview/K0056122-Arm_hairs_raising-SPL.mp411.132016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731212/view/green-eye-with-pupil-constricting2018-04-19T12:41:09Z0.9K005/6123 Green eye with pupil constrictingK005/6123 Close-up of a green eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/731212/350wm/K0056123-Green_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/731212/preview/K0056123-Green_eye_with_pupil_constricting-SPL.mp45.242016-05-14Yes4kadultchangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalegreen eyehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdhttps://www.sciencephoto.com/media/731213/view/blue-eye-with-pupil-constricting2018-04-19T12:41:09Z0.9K005/6124 Blue eye with pupil constrictingK005/6124 Close-up of a blue eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/731213/350wm/K0056124-Blue_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/731213/preview/K0056124-Blue_eye_with_pupil_constricting-SPL.mp49.082016-05-14Yes4kadultblue eyechangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdhttps://www.sciencephoto.com/media/731214/view/arm-hairs2018-11-06T15:33:09Z0.9K005/6125 Arm hairsK005/6125 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731214/350wm/K0056125-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731214/preview/K0056125-Arm_hairs-SPL.mp4152016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731215/view/arm-hairs-rising-and-falling2018-11-06T15:32:16Z0.9K005/6126 Arm hairs rising and fallingK005/6126 Close-up of fine hairs on a human arm rising and falling. Skin hairs rise in response to stimuli including cold, fear and awe. Technically known as piloerection, it is produced by the contraction of a small muscle (the arrector pili) at the base of each hair.https://www.sciencephoto.com/image/731215/350wm/K0056126-Arm_hairs_rising_and_falling-SPL.jpghttps://www.sciencephoto.com/image/731215/preview/K0056126-Arm_hairs_rising_and_falling-SPL.mp410.222016-05-14Yes10 seconds or greater4karmarousalarrector piliaweblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonpiloerectionraisingreactingreactionreal timerisingskinstandstandingsurprisehttps://www.sciencephoto.com/media/731216/view/arm-hairs2018-11-06T15:37:49Z0.9K005/6127 Arm hairsK005/6127 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731216/350wm/K0056127-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731216/preview/K0056127-Arm_hairs-SPL.mp415.032016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonrack focusraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhdhttps://www.sciencephoto.com/media/731217/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6129 Sweat on foreheadK005/6129 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731217/350wm/K0056129-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731217/preview/K0056129-Sweat_on_forehead-SPL.mp413.182016-05-14Yes10 seconds or greater4kadultblack backgroundbrowclose upcroppedfemaleforeheadheadheathotlockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731218/view/arm-hairs2018-11-06T15:37:12Z0.9K005/6130 Arm hairsK005/6130 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731218/350wm/K0056130-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731218/preview/K0056130-Arm_hairs-SPL.mp417.022016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731219/view/green-eye-with-pupil-constricting2018-04-19T12:41:09Z0.9K005/6132 Green eye with pupil constrictingK005/6132 Close-up of a green eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/731219/350wm/K0056132-Green_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/731219/preview/K0056132-Green_eye_with_pupil_constricting-SPL.mp45.232016-05-14Yes4kadultchangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalegreen eyehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdhttps://www.sciencephoto.com/media/731220/view/green-eye-with-pupil-constricting2018-04-19T12:41:09Z0.9K005/6133 Green eye with pupil constrictingK005/6133 Close-up of a green eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/731220/350wm/K0056133-Green_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/731220/preview/K0056133-Green_eye_with_pupil_constricting-SPL.mp45.052016-05-14Yes4kadultchangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalegreen eyehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdhttps://www.sciencephoto.com/media/731221/view/arm-hairs2018-04-19T12:41:09Z0.9K005/6136 Arm hairsK005/6136 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731221/350wm/K0056136-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731221/preview/K0056136-Arm_hairs-SPL.mp415.22016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731222/view/goosebumps-on-skin2018-11-06T15:37:10Z0.9K005/6137 Goosebumps on skinK005/6137 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731222/350wm/K0056137-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731222/preview/K0056137-Goosebumps_on_skin-SPL.mp49.112016-05-14Yes4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanless than 10 secondspeoplepersonreactingreactionreal timeskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731223/view/arm-hairs2018-11-06T15:31:38Z0.9K005/6138 Arm hairsK005/6138 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731223/350wm/K0056138-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731223/preview/K0056138-Arm_hairs-SPL.mp47.172016-05-14Yes4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanless than 10 secondsliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731224/view/arm-hairs2018-11-06T15:36:29Z0.9K005/6139 Arm hairsK005/6139 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731224/350wm/K0056139-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731224/preview/K0056139-Arm_hairs-SPL.mp412.132016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731225/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6140 Sweat on foreheadK005/6140 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731225/350wm/K0056140-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731225/preview/K0056140-Sweat_on_forehead-SPL.mp411.132016-05-14Yes10 seconds or greater4kadultblack backgroundbrowclose upcroppedfemaleforeheadheadheathotlockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731226/view/eye-opening-pupil-constricting2018-04-19T12:41:09Z0.9K005/6141 Eye opening pupil constrictingK005/6141 Close-up of a green eye opening and the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/731226/350wm/K0056141-Eye_opening_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/731226/preview/K0056141-Eye_opening_pupil_constricting-SPL.mp43.172016-05-14Yes4kadultalertnesschangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalegreen eyehumanirisless than 10 secondslockdownlocked offmiosismyosisone personopenedopeningopenspeoplepersonpupilpupillary responsereal timereducingsensory perceptionhttps://www.sciencephoto.com/media/731227/view/goosebumps-on-skin2018-04-19T12:41:09Z0.9K005/6142 Goosebumps on skinK005/6142 Close-up of goose bumps on human skin.https://www.sciencephoto.com/image/731227/350wm/K0056142-Goosebumps_on_skin-SPL.jpghttps://www.sciencephoto.com/image/731227/preview/K0056142-Goosebumps_on_skin-SPL.mp424.122016-05-14Yes20 seconds or greater4karousalblack backgroundchillclose upcoldcutis anserinaemotionemotionaleuphoriafearfearfulgoose bumpsgoose fleshgoose pimpleshairshandheldhorripilationhumanpeoplepersonreactingreactionreal timeskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731228/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6144 Sweat on foreheadK005/6144 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731228/350wm/K0056144-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731228/preview/K0056144-Sweat_on_forehead-SPL.mp424.022016-05-14Yes20 seconds or greater4kadultblack backgroundbrowclose upcroppedfemaleforeheadheadheathotlockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731229/view/arm-hairs2018-11-06T15:34:48Z0.9K005/6145 Arm hairsK005/6145 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731229/350wm/K0056145-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731229/preview/K0056145-Arm_hairs-SPL.mp415.022016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731230/view/sweat-on-forehead2018-04-19T12:41:09Z0.9K005/6146 Sweat on foreheadK005/6146 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/731230/350wm/K0056146-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/731230/preview/K0056146-Sweat_on_forehead-SPL.mp416.172016-05-14Yes10 seconds or greater4kadultblack backgroundbrowclose upcroppedfemaleforeheadheadheathotlockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwomanwomenhttps://www.sciencephoto.com/media/731231/view/arm-hairs2018-04-19T12:41:09Z0.9K005/6147 Arm hairsK005/6147 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731231/350wm/K0056147-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731231/preview/K0056147-Arm_hairs-SPL.mp420.192016-05-14Yes20 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731232/view/arm-hairs2018-11-06T15:35:04Z0.9K005/6148 Arm hairsK005/6148 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731232/350wm/K0056148-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731232/preview/K0056148-Arm_hairs-SPL.mp419.112016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731233/view/arm-hairs2018-11-06T15:31:51Z0.9K005/6149 Arm hairsK005/6149 Close-up of fine hairs on the human arm raising.https://www.sciencephoto.com/image/731233/350wm/K0056149-Arm_hairs-SPL.jpghttps://www.sciencephoto.com/image/731233/preview/K0056149-Arm_hairs-SPL.mp418.182016-05-14Yes10 seconds or greater4karmarousalblack backgroundchillclose upcoldemotionemotionaleuphoriafearfearfulhairshandheldhumanliftingmovingpeoplepersonraisingreactingreactionreal timerisingskinstandstandingsurprisetemperatureuhduphttps://www.sciencephoto.com/media/731264/view/smelling-a-rose2018-04-19T02:27:18Z0.9K005/5884 Smelling a roseK005/5884 Woman smelling a rose.https://www.sciencephoto.com/image/731264/350wm/K0055884-Smelling_a_rose-SPL.jpghttps://www.sciencephoto.com/image/731264/preview/K0055884-Smelling_a_rose-SPL.mp41.22016-05-17Yesbeautifulbeautyblissclosecutfemaleflowerfragrancefragranthappinesshappyholdinghumanlipslovenaturalnoseolfactionolfactoryornamentalperfumeperfumedqualiarosa sp.rosescentscentedsensationsensessmellsniffsniffinghttps://www.sciencephoto.com/media/731278/view/joshua-tree-national-park-california2018-03-28T09:38:32Z0.9K005/5773 Joshua Tree National Park, CaliforniaK005/5773 Timelapse footage of Joshua Tree National Park, California, USA.https://www.sciencephoto.com/image/731278/350wm/K0055773-Joshua_Tree_National_Park,_California-SPL.jpghttps://www.sciencephoto.com/image/731278/preview/K0055773-Joshua_Tree_National_Park,_California-SPL.mp49.242016-05-18Yes10 seconds or greater4karidcaliforniadesertjoshua treelandscapelockdownlocked offnational parknaturenightnobodynorth americaoutdoorsscenicssilhouettesped upspeeded upstar trailsstarsstatictime lapsetimelapsetraveltravel destinationstreeuhdunited states of americausawide shothttps://www.sciencephoto.com/media/731279/view/mcway-falls-california2018-03-28T09:38:32Z0.9K005/5774 McWay Falls, CaliforniaK005/5774 Timelapse footage of McWay Falls and the coast at Julia Pfeiffer Burns State Park, Big Sur, California, USA.https://www.sciencephoto.com/image/731279/350wm/K0055774-McWay_Falls,_California-SPL.jpghttps://www.sciencephoto.com/image/731279/preview/K0055774-McWay_Falls,_California-SPL.mp413.212016-05-18Yes10 seconds or greater4kbig surcaliforniacliffcoastcoastaldayjulia pfeiffer burns state parklockdownlocked offmcway fallsnational parknobodynorth americaoceanoutdoorsrocksscenicsseashoresped upspeeded upstatictime lapsetimelapsetraveltravel destinationsuhdunited states of americausawaterhttps://www.sciencephoto.com/media/731280/view/vermilion-cliffs-national-monument-usa2018-03-28T09:38:32Z0.9K005/5775 Vermilion Cliffs National Monument, USAK005/5775 Timelapse footage of the White Pockets, Vermilion Cliffs National Monument, Arizona, USA.https://www.sciencephoto.com/image/731280/350wm/K0055775-Vermilion_Cliffs_National_Monument,_USA-SPL.jpghttps://www.sciencephoto.com/image/731280/preview/K0055775-Vermilion_Cliffs_National_Monument,_USA-SPL.mp4122016-05-18Yes10 seconds or greater4karizonadaygeologicalgeologylockdownlocked offnational monumentnobodynorth americaoutdoorsplace of interestrock formationrockssandstonescenicssped upspeeded upstaticstonetime lapsetimelapsetraveltravel destinationsuhdunited states of americausavermillion cliffs national monumentwhite pocketswide shothttps://www.sciencephoto.com/media/731281/view/waikiki-beach-hawaii2018-03-28T09:38:32Z0.9K005/5776 Waikiki Beach, HawaiiK005/5776 Timelapse footage of Waikiki Beach, Oahu, Hawaii, USA.https://www.sciencephoto.com/image/731281/350wm/K0055776-Waikiki_Beach,_Hawaii-SPL.jpghttps://www.sciencephoto.com/image/731281/preview/K0055776-Waikiki_Beach,_Hawaii-SPL.mp426.112016-05-18Yes20 seconds or greater4kbackground peoplebeachhawaiilockdownlocked offnorth americaoahuoutdoorspalm treessped upspeeded upstatictime lapsetimelapsetourist destinationstraveltravel destinationsuhdunited states of americausawaikiki beachwide shothttps://www.sciencephoto.com/media/731282/view/horseshoe-bend-arizona2018-03-28T09:38:32Z0.9K005/5777 Horseshoe Bend, ArizonaK005/5777 Timelapse footage of Horseshoe Bend on the Colorado River, Page, Arizona, USA.https://www.sciencephoto.com/image/731282/350wm/K0055777-Horseshoe_Bend,_Arizona-SPL.jpghttps://www.sciencephoto.com/image/731282/preview/K0055777-Horseshoe_Bend,_Arizona-SPL.mp4162016-05-18Yes10 seconds or greater4karizonacolorado rivergeologicalgeologyhorseshoe bendlockdownlocked offnorth americaoutdoorspageriverscenicssped upspeeded upstatictime lapsetimelapsetraveltravel destinationsuhdunited states of americausawide shothttps://www.sciencephoto.com/media/731283/view/joshua-tree-national-park-california2018-03-28T09:38:32Z0.9K005/5778 Joshua Tree National Park, CaliforniaK005/5778 Timelapse footage of Joshua Tree National Park, California, USA.https://www.sciencephoto.com/image/731283/350wm/K0055778-Joshua_Tree_National_Park,_California-SPL.jpghttps://www.sciencephoto.com/image/731283/preview/K0055778-Joshua_Tree_National_Park,_California-SPL.mp48.212016-05-18Yes4karidcaliforniadesertjoshua treelandscapeless than 10 secondslockdownlocked offnational parknaturenobodynorth americaoutdoorsscenicssilhouettesped upspeeded upstatictime lapsetimelapsetraveltravel destinationstreeuhdunited states of americausawide shothttps://www.sciencephoto.com/media/731284/view/vermilion-cliffs-national-monument-usa2018-11-06T15:30:59Z0.9K005/5779 Vermilion Cliffs National Monument, USAK005/5779 Timelapse footage of the White Pockets, Vermilion Cliffs National Monument, Arizona, USA.https://www.sciencephoto.com/image/731284/350wm/K0055779-Vermilion_Cliffs_National_Monument,_USA-SPL.jpghttps://www.sciencephoto.com/image/731284/preview/K0055779-Vermilion_Cliffs_National_Monument,_USA-SPL.mp422.242016-05-18Yes20 seconds or greater4kamericanarizonadaygeologicalgeologylockdownlocked offnational monumentnobodynorth americaoutdoorsplace of interestrock formationrockssandstonescenicssped upspeeded upstaticstonetime lapsetimelapsetraveltravel destinationsuhdunited states of americausavermillion cliffs national monumentwhite pocketswide shothttps://www.sciencephoto.com/media/731285/view/golden-gate-bridge-california2018-03-28T09:38:32Z0.9K005/5780 Golden Gate Bridge, CaliforniaK005/5780 Timelapse footage of the Golden Gate Bridge in the fog, San Francisco, California, USA.https://www.sciencephoto.com/image/731285/350wm/K0055780-Golden_Gate_Bridge,_California-SPL.jpghttps://www.sciencephoto.com/image/731285/preview/K0055780-Golden_Gate_Bridge,_California-SPL.mp428.162016-05-18Yes20 seconds or greater4kcaliforniacloudcloudscapedayfogfoggygolden gate bridgelandmarklockdownlocked offnobodynorth americaoutdoorssan franciscoscenicssped upspeeded upstatictime lapsetimelapsetraveltravel destinationsuhdunited states of americausawide shothttps://www.sciencephoto.com/media/731286/view/havasupai-reservation-waterfall-usa2018-03-28T09:38:32Z0.9K005/5781 Havasupai Reservation waterfall, USAK005/5781 Timelapse footage of a waterfall in the Havasupai Reservation, Arizona, USA.https://www.sciencephoto.com/image/731286/350wm/K0055781-Havasupai_Reservation_waterfall,_USA-SPL.jpghttps://www.sciencephoto.com/image/731286/preview/K0055781-Havasupai_Reservation_waterfall,_USA-SPL.mp412.062016-05-18Yes10 seconds or greater4karizonadayflowinghavasupai reservationlockdownlocked offnobodynorth americaoutdoorsrocksscenicssped upspeeded upstaticsupai reservationtime lapsetimelapsetraveltravel destinationsuhdunited states of americausawaterwaterfallwide shothttps://www.sciencephoto.com/media/731287/view/waikiki-beach-hawaii2018-03-28T09:38:32Z0.9K005/5782 Waikiki Beach, HawaiiK005/5782 Timelapse footage zooming out from a palm tree to Waikiki Beach, Oahu, Hawaii, USA.https://www.sciencephoto.com/image/731287/350wm/K0055782-Waikiki_Beach,_Hawaii-SPL.jpghttps://www.sciencephoto.com/image/731287/preview/K0055782-Waikiki_Beach,_Hawaii-SPL.mp426.112016-05-18Yes20 seconds or greaterbackground peoplebeachhawaiinorth americaoahuoutdoorspalm treessped upspeeded uptime lapsetimelapsetourist destinationstraveltravel destinationsunited states of americausawaikiki beachwide shotzoom outzooming outhttps://www.sciencephoto.com/media/731288/view/golden-gate-bridge-california2018-03-28T09:38:32Z0.9K005/5783 Golden Gate Bridge, CaliforniaK005/5783 Timelapse footage of the Golden Gate Bridge in the fog, San Francisco, California, USA.https://www.sciencephoto.com/image/731288/350wm/K0055783-Golden_Gate_Bridge,_California-SPL.jpghttps://www.sciencephoto.com/image/731288/preview/K0055783-Golden_Gate_Bridge,_California-SPL.mp428.152016-05-18Yes20 seconds or greatercaliforniacloudcloudscapedayfogfoggygolden gate bridgelandmarknobodynorth americaoutdoorssan franciscoscenicssped upspeeded uptime lapsetimelapsetraveltravel destinationsunited states of americausawide shothttps://www.sciencephoto.com/media/731289/view/mcway-falls-california2018-03-28T09:38:32Z0.9K005/5784 McWay Falls, CaliforniaK005/5784 Timelapse footage zooming out from McWay Falls and the coast at Julia Pfeiffer Burns State Park, Big Sur, California, USA.https://www.sciencephoto.com/image/731289/350wm/K0055784-McWay_Falls,_California-SPL.jpghttps://www.sciencephoto.com/image/731289/preview/K0055784-McWay_Falls,_California-SPL.mp413.22016-05-18Yes10 seconds or greaterbig surcaliforniacliffcoastcoastaldayjulia pfeiffer burns state parkmcway fallsnational parknobodynorth americaoceanoutdoorsrocksscenicsseashoresped upspeeded uptime lapsetimelapsetraveltravel destinationsunited states of americausawaterwaterfallwaters edgewide shotzoom outzooming outhttps://www.sciencephoto.com/media/731290/view/vermilion-cliffs-national-monument-usa2018-03-28T09:38:32Z0.9K005/5785 Vermilion Cliffs National Monument, USAK005/5785 Timelapse footage of the White Pockets, Vermilion Cliffs National Monument, Arizona, USA.https://www.sciencephoto.com/image/731290/350wm/K0055785-Vermilion_Cliffs_National_Monument,_USA-SPL.jpghttps://www.sciencephoto.com/image/731290/preview/K0055785-Vermilion_Cliffs_National_Monument,_USA-SPL.mp422.232016-05-18Yes20 seconds or greaterarizonadaygeologicalgeologylockdownlocked offnational monumentnobodynorth americaoutdoorsplace of interestrock formationrockssandstonescenicssped upspeeded upstaticstonetime lapsetimelapsetraveltravel destinationsunited states of americausavermillion cliffs national monumentwhite pocketswide shothttps://www.sciencephoto.com/media/731291/view/vermilion-cliffs-national-monument-usa2018-03-28T09:38:32Z0.9K005/5786 Vermilion Cliffs National Monument, USAK005/5786 Timelapse footage of the White Pockets, Vermilion Cliffs National Monument, Arizona, USA.https://www.sciencephoto.com/image/731291/350wm/K0055786-Vermilion_Cliffs_National_Monument,_USA-SPL.jpghttps://www.sciencephoto.com/image/731291/preview/K0055786-Vermilion_Cliffs_National_Monument,_USA-SPL.mp4122016-05-18Yes10 seconds or greaterarizonadaygeologicalgeologynational monumentnobodynorth americaoutdoorsplace of interestrock formationrockssandstonescenicssped upspeeded upstonetime lapsetimelapsetraveltravel destinationsunited states of americausavermillion cliffs national monumentwhite pocketswide shotzoom outzooming outhttps://www.sciencephoto.com/media/731292/view/joshua-tree-national-park-california2018-03-28T09:38:32Z0.9K005/5787 Joshua Tree National Park, CaliforniaK005/5787 Timelapse footage of Joshua Tree National Park, California, USA.https://www.sciencephoto.com/image/731292/350wm/K0055787-Joshua_Tree_National_Park,_California-SPL.jpghttps://www.sciencephoto.com/image/731292/preview/K0055787-Joshua_Tree_National_Park,_California-SPL.mp48.22016-05-18Yesaridcaliforniadesertjoshua treelandscapeless than 10 secondsnational parknaturenobodynorth americaoutdoorsscenicssilhouettesped upspeeded uptime lapsetimelapsetraveltravel destinationstreeunited states of americausawide shotzoom outzooming outhttps://www.sciencephoto.com/media/731293/view/joshua-tree-national-park-california2018-03-28T09:38:32Z0.9K005/5788 Joshua Tree National Park, CaliforniaK005/5788 Timelapse footage of Joshua Tree National Park, California, USA.https://www.sciencephoto.com/image/731293/350wm/K0055788-Joshua_Tree_National_Park,_California-SPL.jpghttps://www.sciencephoto.com/image/731293/preview/K0055788-Joshua_Tree_National_Park,_California-SPL.mp48.22016-05-18Yesaridcaliforniadesertjoshua treelandscapeless than 10 secondsnational parknaturenobodynorth americaoutdoorspanning rightpanning shotscenicssilhouettesped upspeeded uptime lapsetimelapsetraveltravel destinationstreeunited states of americausawide shothttps://www.sciencephoto.com/media/731294/view/vermilion-cliffs-national-monument-usa2018-03-28T09:38:32Z0.9K005/5789 Vermilion Cliffs National Monument, USAK005/5789 Timelapse footage of the White Pockets, Vermilion Cliffs National Monument, Arizona, USA.https://www.sciencephoto.com/image/731294/350wm/K0055789-Vermilion_Cliffs_National_Monument,_USA-SPL.jpghttps://www.sciencephoto.com/image/731294/preview/K0055789-Vermilion_Cliffs_National_Monument,_USA-SPL.mp422.232016-05-18Yes20 seconds or greaterarizonadaygeologicalgeologynational monumentnobodynorth americaoutdoorsplace of interestrock formationrockssandstonescenicssped upspeeded upstonetime lapsetimelapsetraveltravel destinationsunited states of americausavermillion cliffs national monumentwhite pocketswide shotzoom outzooming outhttps://www.sciencephoto.com/media/731295/view/vermilion-cliffs-national-monument-usa2018-03-28T09:38:32Z0.9K005/5790 Vermilion Cliffs National Monument, USAK005/5790 Timelapse footage of the White Pockets, Vermilion Cliffs National Monument, Arizona, USA.https://www.sciencephoto.com/image/731295/350wm/K0055790-Vermilion_Cliffs_National_Monument,_USA-SPL.jpghttps://www.sciencephoto.com/image/731295/preview/K0055790-Vermilion_Cliffs_National_Monument,_USA-SPL.mp4122016-05-18Yes10 seconds or greaterarizonadaygeologicalgeologynational monumentnobodynorth americaoutdoorsplace of interestrock formationrockssandstonescenicssped upspeeded upstonetime lapsetimelapsetraveltravel destinationsunited states of americausavermillion cliffs national monumentwhite pocketswide shotzoom outzooming outhttps://www.sciencephoto.com/media/731296/view/golden-gate-bridge-california2018-03-28T09:38:32Z0.9K005/5791 Golden Gate Bridge, CaliforniaK005/5791 Timelapse footage of the Golden Gate Bridge in the fog, San Francisco, California, USA.https://www.sciencephoto.com/image/731296/350wm/K0055791-Golden_Gate_Bridge,_California-SPL.jpghttps://www.sciencephoto.com/image/731296/preview/K0055791-Golden_Gate_Bridge,_California-SPL.mp428.152016-05-18Yes20 seconds or greatercaliforniacloudcloudscapedayfogfoggygolden gate bridgelandmarklockdownlocked offnobodynorth americaoutdoorssan franciscoscenicssped upspeeded upstatictime lapsetimelapsetraveltravel destinationsunited states of americausawide shothttps://www.sciencephoto.com/media/731297/view/horseshoe-bend-arizona2018-03-28T09:38:32Z0.9K005/5793 Horseshoe Bend, ArizonaK005/5793 Timelapse footage of Horseshoe Bend on the Colorado River, Page, Arizona, USA.https://www.sciencephoto.com/image/731297/350wm/K0055793-Horseshoe_Bend,_Arizona-SPL.jpghttps://www.sciencephoto.com/image/731297/preview/K0055793-Horseshoe_Bend,_Arizona-SPL.mp4162016-05-18Yes10 seconds or greaterarizonacolorado rivergeologicalgeologyhorseshoe bendnorth americaoutdoorspagepanning shotriverscenicssped upspeeded upsunsettime lapsetimelapsetraveltravel destinationsunited states of americausawide shothttps://www.sciencephoto.com/media/731298/view/joshua-tree-national-park-california2018-03-28T09:38:32Z0.9K005/5794 Joshua Tree National Park, CaliforniaK005/5794 Timelapse footage of Joshua Tree National Park, California, USA.https://www.sciencephoto.com/image/731298/350wm/K0055794-Joshua_Tree_National_Park,_California-SPL.jpghttps://www.sciencephoto.com/image/731298/preview/K0055794-Joshua_Tree_National_Park,_California-SPL.mp49.232016-05-18Yes10 seconds or greateraridcaliforniadesertjoshua treelandscapenational parknaturenobodynorth americaoutdoorspanning shotscenicssilhouettesped upspeeded uptime lapsetimelapsetraveltravel destinationstreeunited states of americausawide shothttps://www.sciencephoto.com/media/731299/view/horseshoe-bend-arizona2018-03-28T09:38:32Z0.9K005/5795 Horseshoe Bend, ArizonaK005/5795 Timelapse footage of Horseshoe Bend on the Colorado River, Page, Arizona, USA.https://www.sciencephoto.com/image/731299/350wm/K0055795-Horseshoe_Bend,_Arizona-SPL.jpghttps://www.sciencephoto.com/image/731299/preview/K0055795-Horseshoe_Bend,_Arizona-SPL.mp4162016-05-18Yes10 seconds or greaterarizonacolorado rivergeologicalgeologyhorseshoe bendnorth americaoutdoorspageriverscenicssped upspeeded uptime lapsetimelapsetraveltravel destinationsunited states of americausawide shotzoom outzooming outhttps://www.sciencephoto.com/media/731320/view/cape-saint-vincent-portugal2018-03-28T09:38:32Z0.9K005/5210 Cape Saint Vincent, PortugalK005/5210 Aerial footage of the rocky cliffs of Cape Saint Vincent, Sagres, Algarve, Portugal.https://www.sciencephoto.com/image/731320/350wm/K0055210-Cape_Saint_Vincent,_Portugal-SPL.jpghttps://www.sciencephoto.com/image/731320/preview/K0055210-Cape_Saint_Vincent,_Portugal-SPL.mp415.362016-05-19Yes10 seconds or greateraerial shotalgarvecape saint vincentcliffcoastcoastalcosta vicentinadayeuropeeuropeanhandheldheadlandnobodyoceanoutdoorspanning rightpanning shotportugalportugueserealtimerocksrockysagresscenicsseatraveltravel destinationsvincentine coastwaterwide shothttps://www.sciencephoto.com/media/731321/view/cape-saint-vincent-portugal2018-03-28T09:38:32Z0.9K005/5211 Cape Saint Vincent, PortugalK005/5211 Aerial footage of the rocky cliffs of Cape Saint Vincent, Sagres, Algarve, Portugal.https://www.sciencephoto.com/image/731321/350wm/K0055211-Cape_Saint_Vincent,_Portugal-SPL.jpghttps://www.sciencephoto.com/image/731321/preview/K0055211-Cape_Saint_Vincent,_Portugal-SPL.mp416.462016-05-19Yes10 seconds or greateraerial shotalgarvebacklitcape saint vincentcliffcoastcoastalcosta vicentinadayeuropeeuropeanhandheldheadlandlighthousenobodyoceanoutdoorspanning leftpanning shotportugalportugueserealtimerocksrockysagresscenicsseasilhouettetraveltravel destinationsvincentine coasthttps://www.sciencephoto.com/media/731322/view/sun-behind-clouds2018-03-28T09:38:32Z0.9K005/5212 Sun behind cloudsK005/5212 The sun shining behind dark clouds.https://www.sciencephoto.com/image/731322/350wm/K0055212-Sun_behind_clouds-SPL.jpghttps://www.sciencephoto.com/image/731322/preview/K0055212-Sun_behind_clouds-SPL.mp412.082016-05-19Yes10 seconds or greatercloudcloudydaynatural lightnaturenobodyoutdoorsrealtimeshiningskysunsunlightwide shothttps://www.sciencephoto.com/media/731323/view/dogs-in-kennels2018-03-28T09:38:32Z0.9K005/5214 Dogs in kennelsK005/5214 Dogs barking in cages in dog kennels.https://www.sciencephoto.com/image/731323/350wm/K0055214-Dogs_in_kennels-SPL.jpghttps://www.sciencephoto.com/image/731323/preview/K0055214-Dogs_in_kennels-SPL.mp418.082016-05-19Yes10 seconds or greateranimal behaviouranimal themesanimal welfarebarkingbehindcagescaptivedaydog pounddogsdomestic animalgroup of animalskennelsmammalsnobodyoutdoorspetsprotectionrailingsrealtimesecuritytrappedwide shothttps://www.sciencephoto.com/media/731324/view/dogs-in-kennels2018-03-28T09:38:32Z0.9K005/5215 Dogs in kennelsK005/5215 Dogs barking in a cage in dog kennels.https://www.sciencephoto.com/image/731324/350wm/K0055215-Dogs_in_kennels-SPL.jpghttps://www.sciencephoto.com/image/731324/preview/K0055215-Dogs_in_kennels-SPL.mp423.032016-05-19Yes20 seconds or greateranimal behaviouranimal themesanimal welfarebarkingbehindcagecaptivedaydog pounddogsdomestic animalkennelsmammalsmedium shotnobodyoutdoorspetsprotectionrailingsrealtimesecuritytrappedtwo animalshttps://www.sciencephoto.com/media/731325/view/books-on-shelf2018-11-06T15:35:21Z0.9K005/5223 Books on shelfK005/5223 Panning shot of books on a shelf in a library.https://www.sciencephoto.com/image/731325/350wm/K0055223-Books_on_shelf-SPL.jpghttps://www.sciencephoto.com/image/731325/preview/K0055223-Books_on_shelf-SPL.mp410.22016-05-19Yes10 seconds or greaterbooksclose updifferential focuseducationfocus on foregroundlibrarynobodypanning leftpanning shotrealtimeshelfshelveshttps://www.sciencephoto.com/media/731326/view/student-writing-notes2018-11-06T15:32:24Z0.9K005/5224 Student writing notesK005/5224 Student studying in library, writing notes sitting at a desk.https://www.sciencephoto.com/image/731326/350wm/K0055224-Student_writing_notes-SPL.jpghttps://www.sciencephoto.com/image/731326/preview/K0055224-Student_writing_notes-SPL.mp416.022016-05-19Yes10 seconds or greater4kbooksclose upcroppeddifferential focuseducationfocus on foregroundfurther educationhigher educationlibrarylockdownlocked offmaking notesnotebookone personrealtimestaticstudentstudyinguhdworkingwritinghttps://www.sciencephoto.com/media/731327/view/chemistry-class2018-03-28T09:38:32Z0.9K005/5225 Chemistry classK005/5225 Person using pipette in a chemistry class in the laboratory.https://www.sciencephoto.com/image/731327/350wm/K0055225-Chemistry_class-SPL.jpghttps://www.sciencephoto.com/image/731327/preview/K0055225-Chemistry_class-SPL.mp410.142016-05-19Yes10 seconds or greateraccuracybackground peoplechemicalchemistchemistryclose upcroppeddifferential focuseducationequipmentfocus on foregroundhandheldholdinglatex glovepipetterealtimesciencescientisttest tubehttps://www.sciencephoto.com/media/731328/view/students-in-classroom2018-11-06T15:37:31Z0.9K005/5227 Students in classroomK005/5227 Students sitting at desks with computer monitors.https://www.sciencephoto.com/image/731328/350wm/K0055227-Students_in_classroom-SPL.jpghttps://www.sciencephoto.com/image/731328/preview/K0055227-Students_in_classroom-SPL.mp416.062016-05-19Yes10 seconds or greater4kcomputer monitordeskseducationfurther educationhigher educationlearninglockdownlocked offmedium shotrealtimesittingsmall group of peoplestaticstudentstudyingtechnologyuhdworkinghttps://www.sciencephoto.com/media/731329/view/students-in-library2018-03-28T09:38:32Z0.9K005/5228 Students in libraryK005/5228 Students studying in library, with books on bookshelves.https://www.sciencephoto.com/image/731329/350wm/K0055228-Students_in_library-SPL.jpghttps://www.sciencephoto.com/image/731329/preview/K0055228-Students_in_library-SPL.mp416.222016-05-19Yes10 seconds or greater4kbookcasebooksbookshelfbookshelvesdifferential focuseducationfocus on foregroundfurther educationhigher educationlibrarylockdownlocked offmedium shotrealtimesmall group of peoplestaticstudentstudyinguhdworkinghttps://www.sciencephoto.com/media/731330/view/student-working-in-library2018-11-06T15:35:09Z0.9K005/5229 Student working in libraryK005/5229 Female student studying in library.https://www.sciencephoto.com/image/731330/350wm/K0055229-Student_working_in_library-SPL.jpghttps://www.sciencephoto.com/image/731330/preview/K0055229-Student_working_in_library-SPL.mp415.232016-05-19Yes10 seconds or greater4kbookcasebooksbookshelfbookshelvesdeskdifferential focuseducationfemalefurther educationhigher educationlibrarylockdownlocked offmedium shotone personrealtimerear viewsittingstaticstudentstudyinguhdworkinghttps://www.sciencephoto.com/media/731331/view/iris-opening-and-dying2018-03-28T09:38:32Z0.9K005/6086 Iris opening and dyingK005/6086 Timelapse footage of an Iris germanica 'Deep Black' opening and dying against a black background. Cropped from 4288x2848 pixels. See clip K005 6103 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731331/350wm/K0056086-Iris_opening_and_dying-SPL.jpghttps://www.sciencephoto.com/image/731331/preview/K0056086-Iris_opening_and_dying-SPL.mp444.022016-05-19Yes40 seconds or greater4kbeardedbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose updeathdeep blackdyingfloraflowerfloweringiridaceaeirisiris germanicalockdownlocked offnaturenobodyopeningpetalsplantpurplesped upspeeded upstaticthe endtime lapsehttps://www.sciencephoto.com/media/731332/view/wild-grasses2018-03-28T09:38:32Z0.9K005/6087 Wild grassesK005/6087 Timelapse footage of a variety of wild grasses (Poaceae) growing against a clear blue sky. Cropped from 4288x2848 pixels. See clip K005 6099 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731332/350wm/K0056087-Wild_grasses-SPL.jpghttps://www.sciencephoto.com/image/731332/preview/K0056087-Wild_grasses-SPL.mp450.222016-05-19Yes4k50 seconds or greaterbiologicalbiologyblue skybotanicalbotanyclear skyclose upfloragrassesgreen colourlockdownlocked offnaturenobodyplantpoaceaesped upspeeded upstatictime lapsetimelapseuhduncultivatedwild grasseshttps://www.sciencephoto.com/media/731333/view/snowdrop-opening2018-03-28T09:38:32Z0.9K005/6088 Snowdrop openingK005/6088 Timelapse footage of a snowdrop (Galanthus 'Ophelia') opening against a black background. Cropped from 4288x2848 pixels. See clip K005 6106 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731333/350wm/K0056088-Snowdrop_opening-SPL.jpghttps://www.sciencephoto.com/image/731333/preview/K0056088-Snowdrop_opening-SPL.mp415.232016-05-19Yes10 seconds or greater4kbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose upfloraflowerfloweringgalanthusherbaceouslockdownlocked offnaturenobodyopeningopheliaperennialpetalsplantsnowdropsped upspeeded upstatictime lapsetimelapseuhdwhite colourhttps://www.sciencephoto.com/media/731334/view/snowdrop-opening2018-03-28T09:38:32Z0.9K005/6089 Snowdrop openingK005/6089 Timelapse footage of a snowdrop (Galanthus 'Ophelia') opening against a black background. Cropped from 4288x2848 pixels. See clip K005 6104 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731334/350wm/K0056089-Snowdrop_opening-SPL.jpghttps://www.sciencephoto.com/image/731334/preview/K0056089-Snowdrop_opening-SPL.mp415.012016-05-19Yes10 seconds or greater4kbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose upfloraflowerfloweringgalanthusherbaceouslockdownlocked offnaturenobodyopeningopheliaperennialpetalsplantsnowdropsped upspeeded upstatictime lapsetimelapseuhdwhite colourhttps://www.sciencephoto.com/media/731335/view/wild-grasses2018-03-28T09:38:32Z0.9K005/6090 Wild grassesK005/6090 Timelapse footage of a variety of wild grasses (Poaceae) growing against a clear blue sky. Cropped from 4288x2848 pixels. See clip K005 6098 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731335/350wm/K0056090-Wild_grasses-SPL.jpghttps://www.sciencephoto.com/image/731335/preview/K0056090-Wild_grasses-SPL.mp427.132016-05-19Yes20 seconds or greater4kbiologicalbiologyblue skybotanicalbotanyclear skyclose upfloragrassesgreen colourlockdownlocked offnaturenobodyplantpoaceaesped upspeeded upstatictime lapsetimelapseuhduncultivatedwild grasseshttps://www.sciencephoto.com/media/731336/view/snowdrop-opening2018-03-28T09:38:32Z0.9K005/6091 Snowdrop openingK005/6091 Timelapse footage of a snowdrop (Galanthus 'Ophelia') opening against a black background. Cropped from 4288x2848 pixels. See clip K005 6105 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731336/350wm/K0056091-Snowdrop_opening-SPL.jpghttps://www.sciencephoto.com/image/731336/preview/K0056091-Snowdrop_opening-SPL.mp4242016-05-19Yes20 seconds or greater4kbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose upfloraflowerfloweringgalanthusherbaceouslockdownlocked offnaturenobodyopeningopheliaperennialpetalsplantsnowdropsped upspeeded upstatictime lapsetimelapseuhdwhite colourhttps://www.sciencephoto.com/media/731337/view/iris-foetidissima2018-11-06T15:36:22Z0.9K005/6092 Iris foetidissimaK005/6092 Timelapse footage of a stinking iris (Iris foetidissima) opening against a black background. Cropped from 4288x2848 pixels. See clip K005 6097 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731337/350wm/K0056092-Iris_foetidissima-SPL.jpghttps://www.sciencephoto.com/image/731337/preview/K0056092-Iris_foetidissima-SPL.mp4102.062016-05-19Yes4kbiologicalbiologyblack backgroundbloomingbotanicalbotanyfloraflowerfloweringgladwin irisirisiris foetidissima gladdonlockdownlocked offlong clipmedium shotnaturenobodyone minute or greateropeningplantroast beef plantsped upspeeded upstaticstinking gladwinstinking iristime lapsetimelapseuhdhttps://www.sciencephoto.com/media/731338/view/iris-opening-and-dying2018-03-28T09:38:32Z0.9K005/6093 Iris opening and dyingK005/6093 Timelapse footage of an Iris germanica 'Deep Black' opening and dying against a black background. Cropped from 4288x2848 pixels. See clip K005 6107 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731338/350wm/K0056093-Iris_opening_and_dying-SPL.jpghttps://www.sciencephoto.com/image/731338/preview/K0056093-Iris_opening_and_dying-SPL.mp444.042016-05-19Yes40 seconds or greater4kbeardedbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose updeathdeep blackdyingfloraflowerfloweringiridaceaeirisiris germanicalockdownlocked offnaturenobodyopeningpetalsplantpurplesped upspeeded upstaticthe endtime lapsehttps://www.sciencephoto.com/media/731339/view/christmas-cactus2018-03-28T09:38:32Z0.9K005/6094 Christmas cactusK005/6094 Timelapse footage of a Christmas cactus (Schlumbergera) flowering against a black background. Cropped from 4288x2848 pixels. See clip K005 6101 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731339/350wm/K0056094-Christmas_cactus-SPL.jpghttps://www.sciencephoto.com/image/731339/preview/K0056094-Christmas_cactus-SPL.mp429.042016-05-19Yes20 seconds or greater4kbiologicalbiologyblack backgroundbloomingbotanicalbotanycactaceaecactichristmas cactusfloraflowerfloweringlockdownlocked offmedium shotnaturenobodyopeningpetalspinkplantschlumbergerasped upspeeded upstatictime lapsetimelapseuhdhttps://www.sciencephoto.com/media/731340/view/christmas-cactus2018-03-28T09:38:32Z0.9K005/6095 Christmas cactusK005/6095 Timelapse footage of a Christmas cactus (Schlumbergera) flowering against a black background. Cropped from 4288x2848 pixels. See clip K005 6102 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731340/350wm/K0056095-Christmas_cactus-SPL.jpghttps://www.sciencephoto.com/image/731340/preview/K0056095-Christmas_cactus-SPL.mp429.012016-05-19Yes20 seconds or greater4kbiologicalbiologyblack backgroundbloomingbotanicalbotanycactaceaecactichristmas cactusclose upfloraflowerfloweringlockdownlocked offnaturenobodyopeningpetalspinkplantschlumbergerasped upspeeded upstatictime lapsetimelapseuhdhttps://www.sciencephoto.com/media/731341/view/catkins2018-03-28T09:38:32Z0.9K005/6096 CatkinsK005/6096 Timelapse footage of catkins against a blue background. Cropped from 4288x2848 pixels. See clip K005 6100 for a version with aspect ratio 4:3.https://www.sciencephoto.com/image/731341/350wm/K0056096-Catkins-SPL.jpghttps://www.sciencephoto.com/image/731341/preview/K0056096-Catkins-SPL.mp418.082016-05-19Yes10 seconds or greater4kamentbiologicalbiologyblue backgroundbotanicalbotanycatkinclose upfloraflower clustergreen colourlockdownlocked offnaturenobodyplantsped upspeeded upstatictime lapsetimelapseuhdhttps://www.sciencephoto.com/media/731342/view/iris-foetidissima2018-03-28T09:38:32Z0.9K005/6097 Iris foetidissimaK005/6097 Timelapse footage of a stinking iris (Iris foetidissima) opening against a black background. Cropped from 4288x2848 pixels. See clip K005 6092 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731342/350wm/K0056097-Iris_foetidissima-SPL.jpghttps://www.sciencephoto.com/image/731342/preview/K0056097-Iris_foetidissima-SPL.mp4102.062016-05-19Yesbiologicalbiologyblack backgroundbloomingbotanicalbotanyfloraflowerfloweringgladwin irisirisiris foetidissima gladdonlockdownlocked offlong clipmedium shotnaturenobodyone minute or greateropeningplantroast beef plantsped upspeeded upstaticstinking gladwinstinking iristime lapsetimelapsehttps://www.sciencephoto.com/media/731343/view/wild-grasses2018-03-28T09:38:32Z0.9K005/6098 Wild grassesK005/6098 Timelapse footage of a variety of wild grasses (Poaceae) growing against a clear blue sky. Cropped from 4288x2848 pixels. See clip K005 6090 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731343/350wm/K0056098-Wild_grasses-SPL.jpghttps://www.sciencephoto.com/image/731343/preview/K0056098-Wild_grasses-SPL.mp427.132016-05-19Yes20 seconds or greaterbiologicalbiologyblue skybotanicalbotanyclear skyclose upfloragrassesgreen colourlockdownlocked offnaturenobodyplantpoaceaesped upspeeded upstatictime lapsetimelapseuncultivatedwild grasseshttps://www.sciencephoto.com/media/731344/view/wild-grasses2018-03-28T09:38:32Z0.9K005/6099 Wild grassesK005/6099 Timelapse footage of a variety of wild grasses (Poaceae) growing against a clear blue sky. Cropped from 4288x2848 pixels. See clip K005 6087 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731344/350wm/K0056099-Wild_grasses-SPL.jpghttps://www.sciencephoto.com/image/731344/preview/K0056099-Wild_grasses-SPL.mp450.222016-05-19Yes50 seconds or greaterbiologicalbiologyblue skybotanicalbotanyclear skyclose upfloragrassesgreen colourlockdownlocked offnaturenobodyplantpoaceaesped upspeeded upstatictime lapsetimelapseuncultivatedwild grasseshttps://www.sciencephoto.com/media/731345/view/catkins2018-03-28T09:38:32Z0.9K005/6100 CatkinsK005/6100 Timelapse footage of catkins against a blue background. Cropped from 4288x2848 pixels. See clip K005 6096 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731345/350wm/K0056100-Catkins-SPL.jpghttps://www.sciencephoto.com/image/731345/preview/K0056100-Catkins-SPL.mp418.082016-05-19Yes10 seconds or greateramentbiologicalbiologyblue backgroundbotanicalbotanycatkinclose upfloraflower clustergreen colourlockdownlocked offnaturenobodyplantsped upspeeded upstatictime lapsetimelapsehttps://www.sciencephoto.com/media/731346/view/christmas-cactus2018-03-28T09:38:32Z0.9K005/6101 Christmas cactusK005/6101 Timelapse footage of a Christmas cactus (Schlumbergera) flowering against a black background. Cropped from 4288x2848 pixels. See clip K005 6094 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731346/350wm/K0056101-Christmas_cactus-SPL.jpghttps://www.sciencephoto.com/image/731346/preview/K0056101-Christmas_cactus-SPL.mp429.042016-05-19Yes20 seconds or greaterbiologicalbiologyblack backgroundbloomingbotanicalbotanycactaceaecactichristmas cactusfloraflowerfloweringlockdownlocked offmedium shotnaturenobodyopeningpetalspinkplantschlumbergerasped upspeeded upstatictime lapsetimelapsehttps://www.sciencephoto.com/media/731347/view/christmas-cactus2018-03-28T09:38:32Z0.9K005/6102 Christmas cactusK005/6102 Timelapse footage of a Christmas cactus (Schlumbergera) flowering against a black background. Cropped from 4288x2848 pixels. See clip K005 6095 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731347/350wm/K0056102-Christmas_cactus-SPL.jpghttps://www.sciencephoto.com/image/731347/preview/K0056102-Christmas_cactus-SPL.mp429.012016-05-19Yes20 seconds or greaterbiologicalbiologyblack backgroundbloomingbotanicalbotanycactaceaecactichristmas cactusfloraflowerfloweringlockdownlocked offmedium shotnaturenobodyopeningpetalspinkplantschlumbergerasped upspeeded upstatictime lapsetimelapsehttps://www.sciencephoto.com/media/731348/view/iris-opening-and-dying2018-03-28T09:38:32Z0.9K005/6103 Iris opening and dyingK005/6103 Timelapse footage of an Iris germanica 'Deep Black' opening and dying against a black background. Cropped from 4288x2848 pixels. See clip K005 6086 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731348/350wm/K0056103-Iris_opening_and_dying-SPL.jpghttps://www.sciencephoto.com/image/731348/preview/K0056103-Iris_opening_and_dying-SPL.mp444.022016-05-19Yes40 seconds or greaterbeardedbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose updeathdeep blackdyingfloraflowerfloweringiridaceaeirisiris germanicalockdownlocked offnaturenobodyopeningpetalsplantpurplesped upspeeded upstaticthe endtime lapsetimelapsehttps://www.sciencephoto.com/media/731349/view/snowdrop-opening2018-03-28T09:38:32Z0.9K005/6104 Snowdrop openingK005/6104 Timelapse footage of a snowdrop (Galanthus 'Ophelia') opening against a black background. Cropped from 4288x2848 pixels. See clip K005 6089 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731349/350wm/K0056104-Snowdrop_opening-SPL.jpghttps://www.sciencephoto.com/image/731349/preview/K0056104-Snowdrop_opening-SPL.mp415.012016-05-19Yes10 seconds or greaterbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose upfloraflowerfloweringgalanthusherbaceouslockdownlocked offnaturenobodyopeningopheliaperennialpetalsplantsnowdropsped upspeeded upstatictime lapsetimelapsewhite colourhttps://www.sciencephoto.com/media/731350/view/snowdrop-opening2018-03-28T09:38:32Z0.9K005/6105 Snowdrop openingK005/6105 Timelapse footage of a snowdrop (Galanthus 'Ophelia') opening against a black background. Cropped from 4288x2848 pixels. See clip K005 6091 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731350/350wm/K0056105-Snowdrop_opening-SPL.jpghttps://www.sciencephoto.com/image/731350/preview/K0056105-Snowdrop_opening-SPL.mp4242016-05-19Yes20 seconds or greaterbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose upfloraflowerfloweringgalanthusherbaceouslockdownlocked offnaturenobodyopeningopheliaperennialpetalsplantsnowdropsped upspeeded upstatictime lapsetimelapsewhite colourhttps://www.sciencephoto.com/media/731351/view/snowdrop-opening2018-03-28T09:38:32Z0.9K005/6106 Snowdrop openingK005/6106 Timelapse footage of a snowdrop (Galanthus 'Ophelia') opening against a black background. Cropped from 4288x2848 pixels. See clip K005 6088 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731351/350wm/K0056106-Snowdrop_opening-SPL.jpghttps://www.sciencephoto.com/image/731351/preview/K0056106-Snowdrop_opening-SPL.mp415.232016-05-19Yes10 seconds or greaterbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose upfloraflowerfloweringgalanthusherbaceouslockdownlocked offnaturenobodyopeningopheliaperennialpetalsplantsnowdropsped upspeeded upstatictime lapsetimelapsewhite colourhttps://www.sciencephoto.com/media/731352/view/iris-opening-and-dying2018-03-28T09:38:32Z0.9K005/6107 Iris opening and dyingK005/6107 Timelapse footage of an Iris germanica 'Deep Black' opening and dying against a black background. Cropped from 4288x2848 pixels. See clip K005 6093 for a version with aspect ratio 16:9.https://www.sciencephoto.com/image/731352/350wm/K0056107-Iris_opening_and_dying-SPL.jpghttps://www.sciencephoto.com/image/731352/preview/K0056107-Iris_opening_and_dying-SPL.mp444.042016-05-19Yes40 seconds or greaterbeardedbiologicalbiologyblack backgroundbloomingbotanicalbotanyclose updeathdeep blackdyingfloraflowerfloweringiridaceaeirisiris germanicalockdownlocked offnaturenobodyopeningpetalsplantpurplesped upspeeded upstaticthe endtime lapsetimelapsehttps://www.sciencephoto.com/media/731359/view/explanation-of-mass-in-the-higgs-field-mute-2018-03-28T09:38:32Z0.9K005/6540 Explanation of mass in the Higgs field (mute)K005/6540 Explanation of how the Higgs field gives mass to particles. The voiceover explains what is being seen in the animation. The clip shows four particles, from top to bottom: an electron (green), muon (brown), W boson (red) and top quark (orange). The sliders to their right show how much energy (E) and mass (M) they have. The more mass they have, the less energy. The particles are then shown moving into the Higgs field (blue), which is full of force-carrying Higgs bosons (black). The electron barely interacts with the Higgs field at all, and moves quickly through it. The muon interacts slightly more, the W particle interacts significantly, and is slowed down, while the massive top quark interacts with many Higgs bosons, which accumulate on it and slow it down, converting much of its kinetic energy into mass. The hunt for Higgs bosons is the primary aim of several experiments at the Large Hadron Collider at CERN.https://www.sciencephoto.com/image/731359/350wm/K0056540-Explanation_of_mass_in_the_Higgs_field_mute_-SPL.jpghttps://www.sciencephoto.com/image/731359/preview/K0056540-Explanation_of_mass_in_the_Higgs_field_mute_-SPL.mp4992016-05-21Yes2013animatedanimationbosonscernclipcolorcolor imagecolourcolour imageeducationeducationalelectronelectronsenergyfrictionfundamentalgraphicgraphicshiggs bosonhiggs bosonshiggs fieldhypothesislarge hadron colliderlaureateleptonleptonslhcmassmessenger particlemessenger particlesmuonhttps://www.sciencephoto.com/media/731360/view/plasma-globe2018-11-06T15:32:16Z0.9K005/6606 Plasma globeK005/6606 Plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. If a conducting object is placed against the outside of the sphere, it provides a path of less resistance and attracts a bright stream of plasma, as seen at right midway through this clip. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731360/350wm/K0056606-Plasma_globe-SPL.jpghttps://www.sciencephoto.com/image/731360/preview/K0056606-Plasma_globe-SPL.mp430.022016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731361/view/plasma-globe2018-03-28T09:38:32Z0.9K005/6607 Plasma globeK005/6607 Plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. If a conducting object is placed against the outside of the sphere, it provides a path of less resistance and attracts a bright stream of plasma, as seen at top. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731361/350wm/K0056607-Plasma_globe-SPL.jpghttps://www.sciencephoto.com/image/731361/preview/K0056607-Plasma_globe-SPL.mp4302016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731362/view/plasma-globe2018-03-28T09:38:32Z0.9K005/6608 Plasma globeK005/6608 Plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. If a conducting object is placed against the outside of the sphere, it provides a path of less resistance and attracts a bright stream of plasma, as seen at top. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731362/350wm/K0056608-Plasma_globe-SPL.jpghttps://www.sciencephoto.com/image/731362/preview/K0056608-Plasma_globe-SPL.mp4302016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731363/view/plasma-globe2018-03-28T09:38:32Z0.9K005/6609 Plasma globeK005/6609 Plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. If a conducting object is placed against the outside of the sphere, it provides a path of less resistance and attracts a bright stream of plasma, as seen at top. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731363/350wm/K0056609-Plasma_globe-SPL.jpghttps://www.sciencephoto.com/image/731363/preview/K0056609-Plasma_globe-SPL.mp4332016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731364/view/plasma-globe-rack-focus2018-03-28T09:38:32Z0.9K005/6610 Plasma globe, rack focusK005/6610 Pulling focus on a plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731364/350wm/K0056610-Plasma_globe,_rack_focus-SPL.jpghttps://www.sciencephoto.com/image/731364/preview/K0056610-Plasma_globe,_rack_focus-SPL.mp4402016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731365/view/plasma-globe2018-03-28T09:38:32Z0.9K005/6611 Plasma globeK005/6611 Zoom into a plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731365/350wm/K0056611-Plasma_globe-SPL.jpghttps://www.sciencephoto.com/image/731365/preview/K0056611-Plasma_globe-SPL.mp4322016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731366/view/plasma-globe-with-a-hand2018-03-28T09:38:32Z0.9K005/6612 Plasma globe with a handK005/6612 Hand touching a plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. If a conducting object is placed against the outside of the sphere, such as the hand at bottom here, it provides a path of less resistance and attracts a bright stream of plasma. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731366/350wm/K0056612-Plasma_globe_with_a_hand-SPL.jpghttps://www.sciencephoto.com/image/731366/preview/K0056612-Plasma_globe_with_a_hand-SPL.mp4302016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731367/view/plasma-globe2018-03-28T09:38:32Z0.9K005/6613 Plasma globeK005/6613 Plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731367/350wm/K0056613-Plasma_globe-SPL.jpghttps://www.sciencephoto.com/image/731367/preview/K0056613-Plasma_globe-SPL.mp4302016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731368/view/flaming-vents-yanartas-turkey2018-03-28T09:38:32Z0.9K005/6614 Flaming vents, Yanartas, TurkeyK005/6614 Naturally-occurring fire from a vent in the ground at Yanartas, Turkey. This site contains dozens of such fires. The flames are fueled by natural gas emissions from underlying rocks, which contain kerogens (organic deposits) and serpentine. These release a mixture of gases containing mostly methane with some hydrogen from the serpentinisation of rocks, with no involvement from microorganisms. The fires have been burning for at least 2500 years, and were recorded in classical texts. These vents represent the biggest emission of abiogenic methane discovered on land.https://www.sciencephoto.com/image/731368/350wm/K0056614-Flaming_vents,_Yanartas,_Turkey-SPL.jpghttps://www.sciencephoto.com/image/731368/preview/K0056614-Flaming_vents,_Yanartas,_Turkey-SPL.mp418.522016-05-21Yesabiogenic fireabioticashblacksmithbrightburnburningcarbon dioxidecatalystchimaerachimeraciraliearthemissionfiresflameflamesflamingfuelfueledgasgas emissionsgodgreecegreekgreek godgreek mythologyheatheliumhephaestushephaistoshillhttps://www.sciencephoto.com/media/731369/view/plasma-globe-with-a-hand2018-11-06T15:34:58Z0.9K005/6615 Plasma globe with a handK005/6615 Hand touching a plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. If a conducting object is placed against the outside of the sphere, such as the hand at bottom here, it provides a path of less resistance and attracts a bright stream of plasma. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731369/350wm/K0056615-Plasma_globe_with_a_hand-SPL.jpghttps://www.sciencephoto.com/image/731369/preview/K0056615-Plasma_globe_with_a_hand-SPL.mp4302016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731370/view/plasma-globe-with-hands2018-03-28T09:38:32Z0.9K005/6616 Plasma globe with handsK005/6616 Hands touching a plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. If a conducting object is placed against the outside of the sphere, such as the hands at bottom here, it provides a path of less resistance and attracts a bright stream of plasma. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731370/350wm/K0056616-Plasma_globe_with_hands-SPL.jpghttps://www.sciencephoto.com/image/731370/preview/K0056616-Plasma_globe_with_hands-SPL.mp4302016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731371/view/plasma-globe2018-03-28T09:38:32Z0.9K005/6617 Plasma globeK005/6617 Zoom into a plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731371/350wm/K0056617-Plasma_globe-SPL.jpghttps://www.sciencephoto.com/image/731371/preview/K0056617-Plasma_globe-SPL.mp4352016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731372/view/flaming-vents-yanartas-turkey2018-03-28T09:38:32Z0.9K005/6618 Flaming vents, Yanartas, TurkeyK005/6618 Naturally-occurring fire from a vent in the ground at Yanartas, Turkey. This site contains dozens of such fires. The flames are fueled by natural gas emissions from underlying rocks, which contain kerogens (organic deposits) and serpentine. These release a mixture of gases containing mostly methane with some hydrogen from the serpentinisation of rocks, with no involvement from microorganisms. The fires have been burning for at least 2500 years, and were recorded in classical texts. These vents represent the biggest emission of abiogenic methane discovered on land.https://www.sciencephoto.com/image/731372/350wm/K0056618-Flaming_vents,_Yanartas,_Turkey-SPL.jpghttps://www.sciencephoto.com/image/731372/preview/K0056618-Flaming_vents,_Yanartas,_Turkey-SPL.mp411.252016-05-21Yesabiogenic fireabioticashblacksmithbrightburnburningcarbon dioxidecatalystchimaerachimeraciraliearthemissionfiresflameflamesflamingfuelfueledgasgas emissionsgodgreecegreekgreek godgreek mythologyheatheliumhephaestushephaistoshillhttps://www.sciencephoto.com/media/731373/view/plasma-globe-with-a-hand2018-03-28T09:38:32Z0.9K005/6619 Plasma globe with a handK005/6619 Hand touching a plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. If a conducting object is placed against the outside of the sphere, such as the hand at right here, it provides a path of less resistance and attracts a bright stream of plasma. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731373/350wm/K0056619-Plasma_globe_with_a_hand-SPL.jpghttps://www.sciencephoto.com/image/731373/preview/K0056619-Plasma_globe_with_a_hand-SPL.mp4302016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731374/view/plasma-globe2018-03-28T09:38:32Z0.9K005/6620 Plasma globeK005/6620 Plasma globe. The device displays glowing tendrils of plasma within a glass sphere. At its centre is a high-voltage electrode, and the sphere is filled with a mixture of nobles gases, such as neon and argon. The high voltage breaks down the gas into a conducting glowing plasma. The glowing tendrils are hotter than the surrounding gas, and rise through it. The plasma lamp was invented by Nikola Tesla, but this design was built and popularised by Bill Parker in the 1970s.https://www.sciencephoto.com/image/731374/350wm/K0056620-Plasma_globe-SPL.jpghttps://www.sciencephoto.com/image/731374/preview/K0056620-Plasma_globe-SPL.mp4302016-05-21Yesatomsattractattractionblack backgroundblueblue streaksbrightbright colorbright colorsbright colourbright colourschargedchemistryclose upclose up viewclose-upcloseupcloseup viewcolorcolourcolour imagedischargeelectricityelectronselectrostaticenergeticenergetic particlesenergyfilamentsfinger tipsfingersfingertipshttps://www.sciencephoto.com/media/731375/view/smoke-from-a-forest-fire-timelapse2018-03-28T09:38:32Z0.9K005/6634 Smoke from a forest fire, timelapseK005/6634 Timelapse of smoke from a forest fire. Filmed on the island of Gotland, Sweden.https://www.sciencephoto.com/image/731375/350wm/K0056634-Smoke_from_a_forest_fire,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/731375/preview/K0056634-Smoke_from_a_forest_fire,_timelapse-SPL.mp417.192016-05-21Yes4kburnburningbushbushfirecountrysidedangerdeforestationdestructiondisasterdryecologyenvironmentenvironmental damageeveningfieldfireforestgotlandhotlandscapenatural disasternatureno peopleoutdooroutdoor firepine treeprofileskysmokesped upspeeded uphttps://www.sciencephoto.com/media/731376/view/smoke-from-a-forest-fire-timelapse2018-03-28T09:38:32Z0.9K005/6635 Smoke from a forest fire, timelapseK005/6635 Timelapse of smoke from a forest fire. Filmed on the island of Gotland, Sweden.https://www.sciencephoto.com/image/731376/350wm/K0056635-Smoke_from_a_forest_fire,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/731376/preview/K0056635-Smoke_from_a_forest_fire,_timelapse-SPL.mp418.212016-05-21Yes4kburnburningbushbushfirecountrysidedangerdeforestationdestructiondisasterdryecologyenvironmentenvironmental damageeveningfieldfireforestgotlandhotlandscapenatural disasternatureno peopleoutdooroutdoor firepine treeprofileskysmokesped upspeeded uphttps://www.sciencephoto.com/media/731377/view/milky-way-over-kubu-island-timelapse2018-03-28T09:38:32Z0.9K005/6739 Milky Way over Kubu Island, timelapseK005/6739 Timelapse footage of the Milky Way over a rocky outcrop on Kubu Island, Botswana. Kubu Island is a dry granite rock island located in the Makgadikgadi Pan, a huge salt pan that is the remains of the now-dry Lake Makgadikgadi.https://www.sciencephoto.com/image/731377/350wm/K0056739-Milky_Way_over_Kubu_Island,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/731377/preview/K0056739-Milky_Way_over_Kubu_Island,_timelapse-SPL.mp420.222016-05-21Yesafricaafricanastronomicalastronomybeauty in naturebotswanaconstellationgalaxiesgalaxykubu islandmagellanic cloudmakgadikgadi panmilkymilky waymilkywaynaturalnaturenebulanebulaenebulasnightnight skiesnight skynight-timeno-onenobodynocturnalnon-urbanoutdoorsrocksrocky outcroprural scenehttps://www.sciencephoto.com/media/731378/view/milky-way-over-kubu-island-timelapse2018-03-28T09:38:32Z0.9K005/6740 Milky Way over Kubu Island, timelapseK005/6740 Timelapse footage of the Milky Way over a rocky outcrop on Kubu Island, Botswana. Kubu Island is a dry granite rock island located in the Makgadikgadi Pan, a huge salt pan that is the remains of the now-dry Lake Makgadikgadi.https://www.sciencephoto.com/image/731378/350wm/K0056740-Milky_Way_over_Kubu_Island,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/731378/preview/K0056740-Milky_Way_over_Kubu_Island,_timelapse-SPL.mp47.072016-05-21Yesafricaafricanastronomicalastronomybeauty in naturebotswanaconstellationgalaxiesgalaxykubu islandmagellanic cloudmakgadikgadi panmilkymilky waymilkywaynaturalnaturenebulanebulaenebulasnightnight skiesnight skynight-timeno-onenobodynocturnalnon-urbanoutdoorsrocksrocky outcroprural scenehttps://www.sciencephoto.com/media/731379/view/milky-way-over-baobabs-timelapse2018-03-28T09:38:32Z0.9K005/6741 Milky Way over baobabs, timelapseK005/6741 Timelapse footage of the Milky Way over silhouetted baobab trees (Adansonia digitata). Filmed at Kubu Island, Botswana. Kubu Island is a dry granite rock island located in the Makgadikgadi Pan, a huge salt pan that is the remains of the now-dry Lake Makgadikgadi.https://www.sciencephoto.com/image/731379/350wm/K0056741-Milky_Way_over_baobabs,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/731379/preview/K0056741-Milky_Way_over_baobabs,_timelapse-SPL.mp47.072016-05-21Yesadansonia digitataafricaafricanastronomicalastronomybaobabbeauty in naturebotswanaconstellationgalaxiesgalaxykubu islandmakgadikgadi panmilkymilky waymilkywaynaturalnaturenebulanebulaenebulasnightnight skiesnight skynight-timeno-onenobodynocturnalnon-urbanoutdoorsrural scenescenehttps://www.sciencephoto.com/media/731380/view/milky-way-over-baobabs-timelapse2018-03-28T09:38:32Z0.9K005/6742 Milky Way over baobabs, timelapseK005/6742 Timelapse footage of the Milky Way over silhouetted baobab trees (Adansonia digitata). Filmed at Kubu Island, Botswana. Kubu Island is a dry granite rock island located in the Makgadikgadi Pan, a huge salt pan that is the remains of the now-dry Lake Makgadikgadi.https://www.sciencephoto.com/image/731380/350wm/K0056742-Milky_Way_over_baobabs,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/731380/preview/K0056742-Milky_Way_over_baobabs,_timelapse-SPL.mp45.222016-05-21Yesadansonia digitataafricaafricanastronomicalastronomybaobabbeauty in naturebotswanaconstellationgalaxiesgalaxykubu islandmakgadikgadi panmilkymilky waymilkywaynaturalnaturenebulanebulaenebulasnightnight skiesnight skynight-timeno-onenobodynocturnalnon-urbanoutdoorsrural scenescenehttps://www.sciencephoto.com/media/731381/view/baobab-at-dusk-timelapse2018-03-28T09:38:32Z0.9K005/6743 Baobab at dusk, timelapseK005/6743 Timelapse footage of a baobab tree (Adansonia digitata) at dusk. Filmed at Kubu Island, in the Makgadikgadi Pan area of Botswana.https://www.sciencephoto.com/image/731381/350wm/K0056743-Baobab_at_dusk,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/731381/preview/K0056743-Baobab_at_dusk,_timelapse-SPL.mp411.192016-05-21Yesadansonia digitataafricaafricanbaobabbeauty in naturebotswanaday to nightduskeveningkubu islandmakgadikgadi pannaturalnaturenightnight-timeno-onenobodynon-urbanoutdoorsrural scenescenesceneryscenicscienceskiesskysouthern africastarstarrystarssunsettimelapsehttps://www.sciencephoto.com/media/731382/view/red-giant-forming-planetary-nebula2018-11-06T15:33:24Z0.9K005/6751 Red giant forming planetary nebulaK005/6751 Animation of the last stages of the life of a red giant star. At this stage of its life, the star's outer layers have expanded greatly, and have cooled and reddened. The star is burning helium in a shell around an inert core of carbon and oxygen, with a layer of hydrogen burning above the helium layer. Variability in the output of these burning layers causes thermal pulses in the star, which eject huge amounts of the outer gaseous envelope into space. The atmosphere of such large stars is tenuous and much is also lost by a strong stellar wind, forming a cloud of gas around the star. After a few such pulses, the outer layers are entirely ejected into space, leaving behind only the extremely hot core. This core is a white dwarf, a stellar remnant that does not generate energy from nuclear reactions, instead emitting light only due to its high temperature. The light it emits is largely in the ultraviolet, which ionises the gas around the star that was ejected in the red giant stage, causing it to glow. This glowing shell of expanding gas is known as a planetary nebula. Our Sun is expected to end its life in this manner in some five billion years.https://www.sciencephoto.com/image/731382/350wm/K0056751-Red_giant_forming_planetary_nebula-SPL.jpghttps://www.sciencephoto.com/image/731382/preview/K0056751-Red_giant_forming_planetary_nebula-SPL.mp456.082016-05-21Yesagbanimatedanimationastronomicalastronomyastrophysicalastrophysicsasymptotic giant branchatmospherecentralcosmosdeathdyingejectedejectingendenvelopefinalformationformingglowingionisedionisingionizedionizinglife cyclenebulaouterplanetary nebulapnpulsespulsinghttps://www.sciencephoto.com/media/731408/view/tropical-beach-sunrise2018-03-28T09:38:32Z0.9K004/9219 Tropical beach sunriseK004/9219 Sunrise over rockpools on a tropical coast. Filmed in Queensland, Australia.https://www.sciencephoto.com/image/731408/350wm/K0049219-Tropical_beach_sunrise-SPL.jpghttps://www.sciencephoto.com/image/731408/preview/K0049219-Tropical_beach_sunrise-SPL.mp48.012016-05-24Yes4kaustraliaaustraliancalmcoastcoastaldawndawningdaydaybreakhigh cloudmorningpeacefulqueenslandrockpoolrockpoolsseasunsunrisetropicaluhdwaterhttps://www.sciencephoto.com/media/731409/view/tropical-beach-sunrise-timelapse2018-03-28T09:38:32Z0.9K004/9222 Tropical beach sunrise, timelapseK004/9222 Timelapse footage of sunrise over rockpools on a tropical coast. Filmed in Queensland, Australia.https://www.sciencephoto.com/image/731409/350wm/K0049222-Tropical_beach_sunrise,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/731409/preview/K0049222-Tropical_beach_sunrise,_timelapse-SPL.mp410.042016-05-24Yes4kaustraliaaustraliancalmcoastcoastaldawndawningdaydaybreakhigh cloudmorningpeacefulqueenslandrockpoolrockpoolsseasped upspeeded upsunsunrisetimelapsetropicaluhdwaterhttps://www.sciencephoto.com/media/731410/view/tropical-beach2018-03-28T09:38:32Z0.9K004/9700 Tropical beachK004/9700 Birds flying around a tropical beach. Filmed in Queensland, Australia.https://www.sciencephoto.com/image/731410/350wm/K0049700-Tropical_beach-SPL.jpghttps://www.sciencephoto.com/image/731410/preview/K0049700-Tropical_beach-SPL.mp420.222016-05-24Yes4kaustraliaaustralianbeachblue skycalmclearcoastcoral seagreat barrier reefholidayhotparadisepeacepeacefulqueenslandrelaxedrelaxingsandsandytourismtropicaluhdvacationwaterweatherhttps://www.sciencephoto.com/media/731411/view/red-sky-sunrise2018-03-28T09:38:32Z0.9K004/9730 Red sky sunriseK004/9730 Birds flying over a beach during a red sky sunrise. Filmed in Queensland, Australia.https://www.sciencephoto.com/image/731411/350wm/K0049730-Red_sky_sunrise-SPL.jpghttps://www.sciencephoto.com/image/731411/preview/K0049730-Red_sky_sunrise-SPL.mp48.222016-05-24Yes4kaustraliaaustralianbeachcloudcloudscoastcoral seadawndaybreakmorningparadisequeenslandred skyseaspectacularsunrisetropicaluhdweatherhttps://www.sciencephoto.com/media/731412/view/zika-virus-structure-animation2018-03-28T09:38:32Z0.9K005/6534 Zika virus structure, animationK005/6534 Animation of the structure of a Zika virus particle. The virus has an outer coat or envelope, studded with glycoproteins that help it bind to its target cell. Inside this is the protein capsid (red), which encloses the genetic material. This virus causes Zika fever, and is spread by the bites of infected mosquitoes. The disease originated in tropical east Africa, and was first detected in Uganda in 1947. Since April 2015 there has been a significant outbreak in South America, which started in Brazil and is spreading rapidly. The World Health Organisation stated it expected the disease to have spread to the majority of the Americas by the end of 2016. There have been reports of sexual transmission of the virus, and also of birth defects in pregnant women who become infected, with a rise in the rate of microcephaly being linked to the disease. Zika virus is a flavivirus, related to yellow fever. Each virus particle is around 50 nanometres in diameter.https://www.sciencephoto.com/image/731412/350wm/K0056534-Zika_virus_structure,_animation-SPL.jpghttps://www.sciencephoto.com/image/731412/preview/K0056534-Zika_virus_structure,_animation-SPL.mp412.012016-05-24Yes2016americasanimatedanimationbiologicalbiologycapsidcentral americadiseaseenvelopeepidemicepidemiologyflaviviridaeflavivirusglycoproteinhealthcareinsect borneinsect-borneinsideinternallatin americamedicalmedicinemicrobiologicalmicrobiologymicrocephalymosquito bornemosquito-bornenewsoutbreakparticleprotein coathttps://www.sciencephoto.com/media/731413/view/zika-viruses-in-blood-animation2018-03-28T09:38:32Z0.9K005/6535 Zika viruses in blood, animationK005/6535 Animation of Zika virus particles in the bloodstream. This virus is spread by the bites of infected mosquitoes. It originated in tropical east Africa, and was first detected in Uganda in 1947. Since April 2015 there has been a significant outbreak in South America, which started in Brazil and is spreading rapidly. The World Health Organisation stated it expected the disease to have spread to the majority of the Americas by the end of 2016. There have been reports of sexual transmission of the virus, and also of birth defects in pregnant women who become infected, with a rise in the rate of microcephaly being linked to the disease. Zika virus is a flavivirus, related to yellow fever. At around 50 nanometres in diameter it is more than 100 times smaller than a red blood cell.https://www.sciencephoto.com/image/731413/350wm/K0056535-Zika_viruses_in_blood,_animation-SPL.jpghttps://www.sciencephoto.com/image/731413/preview/K0056535-Zika_viruses_in_blood,_animation-SPL.mp4132016-05-24Yes2016americasanimatedanimationbiologicalbiologybloodbloodstreamcentral americadiseaseepidemicepidemiologyerythrocyteflaviviridaeflavivirushealthcareinfectedinfectioninsect borneinsect-bornelatin americamedicalmedicinemicrobiologicalmicrobiologymicrocephalymosquito bornemosquito-bornenewsoutbreakparticlepublic healthhttps://www.sciencephoto.com/media/731414/view/saturn-s-rings2018-03-28T09:38:32Z0.9K005/6813 Saturn's ringsK005/6813 Animation of a flight over the plane of Saturn's rings. Saturn's huge ring system comprises countless tiny particles of ice, with the bright main rings extending some 80,000 kilometres above the planet's equator. Despite their great extent, the ring system is extremely thin, ranging from just ten metres to a maximum of about a kilometre. As such, they are all but invisible when seen from the side.https://www.sciencephoto.com/image/731414/350wm/K0056813-Saturn_s_rings-SPL.jpghttps://www.sciencephoto.com/image/731414/preview/K0056813-Saturn_s_rings-SPL.mp420.012016-05-24Yesastronomicalastronomybeautifulbeautycassini divisioncrescentdisappearingedge onencke gapfly bygas giantilluminatedouterplaneplanetplanetaryringringedringssaturnsaturn's ringsside onsolar systemspacesunlitsystemthinhttps://www.sciencephoto.com/media/731415/view/transit-of-mercury2018-03-28T09:38:32Z0.9K005/6814 Transit of MercuryK005/6814 Animation of a transit of Mercury, showing the small innermost planet crossing the face of the Sun. As seen from Earth, Mercury crosses the face of the Sun 13 or 14 times a century. Although Mercury moves between the Earth and Sun every 116 days on average, its orbital plane is at an angle to Earth's, so it usually appears to pass above or below the Sun.https://www.sciencephoto.com/image/731415/350wm/K0056814-Transit_of_Mercury-SPL.jpghttps://www.sciencephoto.com/image/731415/preview/K0056814-Transit_of_Mercury-SPL.mp4102016-05-24Yes20162019alignedalignmentastronomicalastronomycrossingfrom spacemercuryorbitorbitalorbitingpassingplanetplanetarysilhouettesolarsolar systemsunsyzygyterrestrialtransittransitinghttps://www.sciencephoto.com/media/731726/view/woman-blinking2018-04-19T02:27:18Z0.9K005/5813 Woman blinkingK005/5813 Close-up of a woman blinking her eye.https://www.sciencephoto.com/image/731726/350wm/K0055813-Woman_blinking-SPL.jpghttps://www.sciencephoto.com/image/731726/preview/K0055813-Woman_blinking-SPL.mp42.132016-05-27Yes4kadultblinkedblinkingblinksclose upclosingcroppedeyefacefemalehumanless than 10 secondslockdownlocked offone personopeningpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731727/view/woman-blinking-eyes2018-04-19T02:27:18Z0.9K005/5822 Woman blinking eyesK005/5822 Close-up of a woman blinking her eyes tightly.https://www.sciencephoto.com/image/731727/350wm/K0055822-Woman_blinking_eyes-SPL.jpghttps://www.sciencephoto.com/image/731727/preview/K0055822-Woman_blinking_eyes-SPL.mp43.082016-05-27Yes4kadultblinkedblinkingblinksclose upclosingcroppedeyefacefemalefront viewhumanless than 10 secondslockdownlocked offlooking at cameraone personopeningpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731728/view/woman-s-eye-with-pupil-constricting2018-04-19T02:27:18Z0.9K005/5824 Woman's eye with pupil constrictingK005/5824 Close-up of a woman's eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/731728/350wm/K0055824-Woman_s_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/731728/preview/K0055824-Woman_s_eye_with_pupil_constricting-SPL.mp42.122016-05-27Yes4kadultchangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdwhite backgroundhttps://www.sciencephoto.com/media/731729/view/woman-looking-at-camera2018-04-19T02:27:18Z0.9K005/5828 Woman looking at cameraK005/5828 Close-up of a woman moving her eye to look towards the camera.https://www.sciencephoto.com/image/731729/350wm/K0055828-Woman_looking_at_camera-SPL.jpghttps://www.sciencephoto.com/image/731729/preview/K0055828-Woman_looking_at_camera-SPL.mp42.112016-05-27Yes4kadultbeautyclose upcroppedeyefacefemalefocushumanless than 10 secondslockdownlocked offlooking at cameramovingone personpeoplepersonreal timesensory perceptionstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731730/view/woman-crying2018-11-06T15:37:06Z0.9K005/5832 Woman cryingK005/5832 Close-up of a woman crying with a tear falling from her eye.https://www.sciencephoto.com/image/731730/350wm/K0055832-Woman_crying-SPL.jpghttps://www.sciencephoto.com/image/731730/preview/K0055832-Woman_crying-SPL.mp414.232016-05-27Yes10 seconds or greater4kadultcheekclose upcriedcriescroppedcryingemotionaleyefacefemalehumanlockdownlocked offlooking at cameraone personpeoplepersonreal timesadnesssensory perceptionskinstatictearfultearstearyuhdunhappyupsetwethttps://www.sciencephoto.com/media/731731/view/woman-closing-eye2018-04-19T02:27:18Z0.9K005/5834 Woman closing eyeK005/5834 Close-up of a woman closing her eye tightly.https://www.sciencephoto.com/image/731731/350wm/K0055834-Woman_closing_eye-SPL.jpghttps://www.sciencephoto.com/image/731731/preview/K0055834-Woman_closing_eye-SPL.mp43.122016-05-27Yes4kadultblinkedblinkingblinksclose upclosingcroppedeyefacefemalefront viewhumanless than 10 secondslockdownlocked offlooking at cameraone personopeningpeoplepersonreal timesensory perceptionsqueezingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731732/view/woman-pouting2018-04-19T02:27:18Z0.9K005/5862 Woman poutingK005/5862 Woman looking towards the camera pouting her lips.https://www.sciencephoto.com/image/731732/350wm/K0055862-Woman_pouting-SPL.jpghttps://www.sciencephoto.com/image/731732/preview/K0055862-Woman_pouting-SPL.mp43.182016-05-27Yes4kadultattractive femalebeautyclose upfacefemaleflirtingheadhealth and beautykisskissingless than 10 secondslipslockdownlocked offlooking at cameramouthone personpoutingpuckered lipspuckering lipsreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731733/view/woman-smelling-something2018-11-06T15:32:44Z0.9K005/5863 Woman smelling somethingK005/5863 Close-up of a woman smelling an unpleasant smell.https://www.sciencephoto.com/image/731733/350wm/K0055863-Woman_smelling_something-SPL.jpghttps://www.sciencephoto.com/image/731733/preview/K0055863-Woman_smelling_something-SPL.mp43.182016-05-27Yes4kadultclose updisgustdispleasedfemaleless than 10 secondslockdownlocked offnosenostrilone personreal timesensory perceptionsmellingstaticstenchstinkuhdunpleasantwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731734/view/woman-blowing-kiss2018-04-19T02:27:18Z0.9K005/5864 Woman blowing kissK005/5864 Woman blowing a kiss towards the camera.https://www.sciencephoto.com/image/731734/350wm/K0055864-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731734/preview/K0055864-Woman_blowing_kiss-SPL.mp43.182016-05-27Yes4kadultattractive femalebeautyblowing kissclose upfacefemaleflirtingheadhealth and beautykissingless than 10 secondslipslockdownlocked offlooking at cameramouthone personreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731735/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5865 Woman smelling roseK005/5865 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731735/350wm/K0055865-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731735/preview/K0055865-Woman_smelling_rose-SPL.mp410.072016-05-27Yes10 seconds or greater4kadultaromaclose upfemaleflowerhappinesshappylockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731736/view/woman-sticking-out-tongue2018-04-19T02:27:18Z0.9K005/5866 Woman sticking out tongueK005/5866 Woman sticking out her tongue towards the camera.https://www.sciencephoto.com/image/731736/350wm/K0055866-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731736/preview/K0055866-Woman_sticking_out_tongue-SPL.mp44.032016-05-27Yes4kadultclose upfacefemalefunheadless than 10 secondslockdownlocked offlooking at cameramischiefmouthone personpoking out tonguepoking tongue outpulling facesreal timerudenessstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731737/view/woman-rolling-tongue2018-04-19T02:27:18Z0.9K005/5868 Woman rolling tongueK005/5868 Close-up of a woman rolling her tongue upwards.https://www.sciencephoto.com/image/731737/350wm/K0055868-Woman_rolling_tongue-SPL.jpghttps://www.sciencephoto.com/image/731737/preview/K0055868-Woman_rolling_tongue-SPL.mp47.172016-05-27Yes4kadultclose upcurledcurlingfemaleless than 10 secondslockdownlocked offmouthone personreal timerolledrolling tongueskillstatictongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731738/view/woman-blowing-kiss2018-11-06T15:33:19Z0.9K005/5869 Woman blowing kissK005/5869 Close-up of a woman blowing a kiss.https://www.sciencephoto.com/image/731738/350wm/K0055869-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731738/preview/K0055869-Woman_blowing_kiss-SPL.mp44.032016-05-27Yes4kadultblowing kissclose upfemaleflirtingkissingless than 10 secondslipslockdownlocked offmouthone personreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731739/view/woman-rolling-tongue2018-04-19T02:27:18Z0.9K005/5870 Woman rolling tongueK005/5870 Close-up of a woman rolling her tongue upwards.https://www.sciencephoto.com/image/731739/350wm/K0055870-Woman_rolling_tongue-SPL.jpghttps://www.sciencephoto.com/image/731739/preview/K0055870-Woman_rolling_tongue-SPL.mp420.042016-05-27Yes4kadultclose upcurledcurlingfemaleless than 10 secondslockdownlocked offmouthone personreal timerolledrolling tongueskillstaticteethtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731740/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5871 Woman smelling roseK005/5871 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731740/350wm/K0055871-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731740/preview/K0055871-Woman_smelling_rose-SPL.mp44.122016-05-27Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731741/view/woman-blowing-kiss2018-04-19T02:27:18Z0.9K005/5875 Woman blowing kissK005/5875 Close-up of a woman blowing a kiss.https://www.sciencephoto.com/image/731741/350wm/K0055875-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731741/preview/K0055875-Woman_blowing_kiss-SPL.mp45.092016-05-27Yes4kadultblowing kissclose upfemaleflirtingkissingless than 10 secondslipslockdownlocked offmouthone personreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731742/view/woman-blowing-kiss2018-04-19T02:27:18Z0.9K005/5876 Woman blowing kissK005/5876 Close-up of a woman blowing a kiss.https://www.sciencephoto.com/image/731742/350wm/K0055876-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731742/preview/K0055876-Woman_blowing_kiss-SPL.mp44.092016-05-27Yes4kadultblowing kissclose upfemaleflirtingkissingless than 10 secondslipslockdownlocked offmouthone personreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731743/view/woman-smiling2018-04-19T02:27:18Z0.9K005/5878 Woman smilingK005/5878 Close-up of a woman smiling.https://www.sciencephoto.com/image/731743/350wm/K0055878-Woman_smiling-SPL.jpghttps://www.sciencephoto.com/image/731743/preview/K0055878-Woman_smiling-SPL.mp49.192016-05-27Yes4kadultclose upfemalehappinesshappyless than 10 secondslipslockdownlocked offmouthone personreal timesmilingstaticteethtoothuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731744/view/woman-pouting2018-04-19T02:27:18Z0.9K005/5879 Woman poutingK005/5879 Woman looking towards the camera pouting her lips.https://www.sciencephoto.com/image/731744/350wm/K0055879-Woman_pouting-SPL.jpghttps://www.sciencephoto.com/image/731744/preview/K0055879-Woman_pouting-SPL.mp45.032016-05-27Yes4kadultattractive femalebeautyclose upfacefemaleflirtingheadhealth and beautykisskissingless than 10 secondslipslockdownlocked offlooking at cameramouthone personpoutingpuckered lipspuckering lipsreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731745/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5880 Woman smelling roseK005/5880 Woman smelling a pink rose.https://www.sciencephoto.com/image/731745/350wm/K0055880-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731745/preview/K0055880-Woman_smelling_rose-SPL.mp472016-05-27Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offlooking at cameranoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731746/view/woman-licking-lips2018-04-19T02:27:18Z0.9K005/5881 Woman licking lipsK005/5881 Woman licking her lips and biting her bottom lip.https://www.sciencephoto.com/image/731746/350wm/K0055881-Woman_licking_lips-SPL.jpghttps://www.sciencephoto.com/image/731746/preview/K0055881-Woman_licking_lips-SPL.mp413.042016-05-27Yes10 seconds or greater4kadultbiting lipclose upfemaleflirtinglicking lipslipslockdownlocked offmouthone personreal timeseductionseductivesensory perceptionsexystatictastingtastytongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731747/view/woman-blowing-kiss2018-04-19T02:27:18Z0.9K005/5882 Woman blowing kissK005/5882 Woman blowing a kiss.https://www.sciencephoto.com/image/731747/350wm/K0055882-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731747/preview/K0055882-Woman_blowing_kiss-SPL.mp43.012016-05-27Yes4kadultblowing kissclose upfemaleflirtingkissingless than 10 secondslipslockdownlocked offlooking at cameramouthone personreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731748/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5883 Woman smelling roseK005/5883 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731748/350wm/K0055883-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731748/preview/K0055883-Woman_smelling_rose-SPL.mp44.122016-05-27Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offlooking awaynoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731749/view/woman-rolling-tongue2018-04-19T02:27:18Z0.9K005/5885 Woman rolling tongueK005/5885 Close-up of a woman rolling her tongue upwards.https://www.sciencephoto.com/image/731749/350wm/K0055885-Woman_rolling_tongue-SPL.jpghttps://www.sciencephoto.com/image/731749/preview/K0055885-Woman_rolling_tongue-SPL.mp411.052016-05-27Yes4kadultclose upcurledcurlingfemalefunless than 10 secondslockdownlocked offmischiefmouthone personpoking out tonguepoking tongue outreal timerolledrolling tonguerudenessskillstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731750/view/woman-sticking-out-tongue2018-04-19T02:27:18Z0.9K005/5886 Woman sticking out tongueK005/5886 Woman sticking out her tongue and smiling towards the camera.https://www.sciencephoto.com/image/731750/350wm/K0055886-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731750/preview/K0055886-Woman_sticking_out_tongue-SPL.mp43.152016-05-27Yes4kadultclose upfemalefunless than 10 secondslockdownlocked offlooking at cameramischiefmouthone personpoking out tonguepoking tongue outreal timerudenesssmilingstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731751/view/woman-winking2018-04-19T02:27:18Z0.9K005/5887 Woman winkingK005/5887 Woman winking her eye and smiling towards the camera.https://www.sciencephoto.com/image/731751/350wm/K0055887-Woman_winking-SPL.jpghttps://www.sciencephoto.com/image/731751/preview/K0055887-Woman_winking-SPL.mp42.042016-05-27Yes4kadultclose upeyefemaleflirtinghumanless than 10 secondslockdownlocked offlooking at cameraone personpeoplepersonreal timesmilingstaticuhdwhite backgroundwinkingwomanwomenhttps://www.sciencephoto.com/media/731752/view/woman-licking-lips2018-04-19T02:27:18Z0.9K005/5888 Woman licking lipsK005/5888 Close-up of a woman licking her lips.https://www.sciencephoto.com/image/731752/350wm/K0055888-Woman_licking_lips-SPL.jpghttps://www.sciencephoto.com/image/731752/preview/K0055888-Woman_licking_lips-SPL.mp411.12016-05-27Yes10 seconds or greater4kadultclose upfemaleflirtinghappinesshappylicking lipslipslockdownlocked offmouthone personreal timesensory perceptionsmilingstatictastingtastytongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731753/view/woman-sticking-out-tongue2018-04-19T02:27:18Z0.9K005/5889 Woman sticking out tongueK005/5889 Close-up of a woman sticking out her tongue.https://www.sciencephoto.com/image/731753/350wm/K0055889-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731753/preview/K0055889-Woman_sticking_out_tongue-SPL.mp411.232016-05-27Yes10 seconds or greater4kadultclose upfemalefunlipslockdownlocked offmischiefmouthone personpoking out tonguepoking tongue outreal timerudenessstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731754/view/woman-smiling2018-04-19T02:27:18Z0.9K005/5890 Woman smilingK005/5890 Close-up of a woman smiling.https://www.sciencephoto.com/image/731754/350wm/K0055890-Woman_smiling-SPL.jpghttps://www.sciencephoto.com/image/731754/preview/K0055890-Woman_smiling-SPL.mp45.082016-05-27Yes4kadultclose upfemalehappinesshappyless than 10 secondslipslockdownlocked offmouthone personreal timesmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731755/view/woman-blowing-kiss2018-04-19T02:27:18Z0.9K005/5891 Woman blowing kissK005/5891 Woman blowing a kiss.https://www.sciencephoto.com/image/731755/350wm/K0055891-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731755/preview/K0055891-Woman_blowing_kiss-SPL.mp43.192016-05-27Yes4kadultblowing kissclose upfemaleflirtingkissingless than 10 secondslipslockdownlocked offlooking at cameramouthone personreal timestaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731756/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5893 Woman smelling roseK005/5893 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731756/350wm/K0055893-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731756/preview/K0055893-Woman_smelling_rose-SPL.mp43.012016-05-27Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731757/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5894 Woman smelling roseK005/5894 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731757/350wm/K0055894-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731757/preview/K0055894-Woman_smelling_rose-SPL.mp47.072016-05-27Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offlooking at cameranoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticturninguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731758/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5895 Woman smelling roseK005/5895 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731758/350wm/K0055895-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731758/preview/K0055895-Woman_smelling_rose-SPL.mp472016-05-27Yes4kadultaromaclose upfemaleflowerhappinesshappyless than 10 secondslockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingsmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731759/view/woman-sticking-out-tongue2018-04-19T02:27:18Z0.9K005/5897 Woman sticking out tongueK005/5897 Close-up of a woman sticking out her tongue.https://www.sciencephoto.com/image/731759/350wm/K0055897-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731759/preview/K0055897-Woman_sticking_out_tongue-SPL.mp410.092016-05-27Yes10 seconds or greater4kadultclose upfemalefunlipslockdownlocked offmischiefmouthone personpoking out tonguepoking tongue outreal timerudenessstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731760/view/woman-blowing-kiss2018-04-19T02:27:18Z0.9K005/5899 Woman blowing kissK005/5899 Close-up of a woman blowing a kiss.https://www.sciencephoto.com/image/731760/350wm/K0055899-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731760/preview/K0055899-Woman_blowing_kiss-SPL.mp482016-05-27Yes4kadultblowing kissclose upfemaleflirtinghappinesshappykissingless than 10 secondslipslockdownlocked offmouthone personreal timesmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731761/view/woman-blowing-kiss2018-04-19T02:27:18Z0.9K005/5900 Woman blowing kissK005/5900 Close-up of a woman blowing a kiss.https://www.sciencephoto.com/image/731761/350wm/K0055900-Woman_blowing_kiss-SPL.jpghttps://www.sciencephoto.com/image/731761/preview/K0055900-Woman_blowing_kiss-SPL.mp45.132016-05-27Yes4kadultblowing kissclose upfemaleflirtinghappinesshappykissingless than 10 secondslipslockdownlocked offmouthone personreal timesmilingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731762/view/woman-sticking-out-tongue2018-04-19T02:27:18Z0.9K005/5901 Woman sticking out tongueK005/5901 Woman sticking out her tongue and turning towards camera.https://www.sciencephoto.com/image/731762/350wm/K0055901-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/731762/preview/K0055901-Woman_sticking_out_tongue-SPL.mp42.042016-05-27Yes4kadultclose upfemalefunless than 10 secondslockdownlocked offlooking at cameramischiefmouthone personpoking out tonguepoking tongue outreal timerudenessstaticsticking out tonguesticking tongue outturninguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/731763/view/woman-smelling-rose2018-04-19T02:27:18Z0.9K005/5902 Woman smelling roseK005/5902 Close-up of a woman smelling a pink rose.https://www.sciencephoto.com/image/731763/350wm/K0055902-Woman_smelling_rose-SPL.jpghttps://www.sciencephoto.com/image/731763/preview/K0055902-Woman_smelling_rose-SPL.mp47.082016-05-27Yes4kadultaromaclose upfemaleflowerless than 10 secondslockdownlocked offnoseone personpinkpleasantreal timerosescentsensory perceptionsmellingstaticuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732011/view/woman-sticking-out-tongue2018-04-19T02:27:18Z0.9K005/5903 Woman sticking out tongueK005/5903 Woman sticking out her tongue.https://www.sciencephoto.com/image/732011/350wm/K0055903-Woman_sticking_out_tongue-SPL.jpghttps://www.sciencephoto.com/image/732011/preview/K0055903-Woman_sticking_out_tongue-SPL.mp47.062016-05-27Yes4kadultclose upfemalefunhappinesshappyless than 10 secondslockdownlocked offlooking at cameramischiefmouthone personpoking out tonguepoking tongue outreal timerudenesssmilingstaticsticking out tonguesticking tongue outtongueuhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732012/view/sweat-on-forehead2018-04-19T02:27:18Z0.9K005/5923 Sweat on foreheadK005/5923 Sweat forming on a woman's forehead.https://www.sciencephoto.com/image/732012/350wm/K0055923-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/732012/preview/K0055923-Sweat_on_forehead-SPL.mp43.012016-05-27Yes4kadultbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732013/view/woman-rubbing-neck2018-04-19T02:27:18Z0.9K005/5926 Woman rubbing neckK005/5926 Topless woman rubbing her sore neck.https://www.sciencephoto.com/image/732013/350wm/K0055926-Woman_rubbing_neck-SPL.jpghttps://www.sciencephoto.com/image/732013/preview/K0055926-Woman_rubbing_neck-SPL.mp48.042016-05-27Yes4kacheachingadultclose upfemalehandless than 10 secondslockdownlocked offnakedneckone personpainreal timerubbingskinsorestatictoplesstouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732014/view/sweat-on-forehead2018-11-06T15:34:00Z0.9K005/5928 Sweat on foreheadK005/5928 Sweat forming on a woman's forehead.https://www.sciencephoto.com/image/732014/350wm/K0055928-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/732014/preview/K0055928-Sweat_on_forehead-SPL.mp44.152016-05-27Yes4kadultbrowclose upcroppeddrippingdropletfallingfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timerollingskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732015/view/sweat-on-forehead2018-04-19T02:27:18Z0.9K005/5935 Sweat on foreheadK005/5935 Sweat forming on a woman's forehead.https://www.sciencephoto.com/image/732015/350wm/K0055935-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/732015/preview/K0055935-Sweat_on_forehead-SPL.mp442016-05-27Yes4kadultbrowclose upcroppeddrippingdropletfallingfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timerollingskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732016/view/woman-rubbing-neck2018-04-19T02:27:18Z0.9K005/5940 Woman rubbing neckK005/5940 Topless woman rubbing her sore neck.https://www.sciencephoto.com/image/732016/350wm/K0055940-Woman_rubbing_neck-SPL.jpghttps://www.sciencephoto.com/image/732016/preview/K0055940-Woman_rubbing_neck-SPL.mp418.192016-05-27Yes10 seconds or greater4kacheachingadultclose upfemalehandlockdownlocked offnakedneckone personpainreal timerubbingskinsorestatictoplesstouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732017/view/sweat-on-forehead2018-11-06T15:34:00Z0.9K005/5948 Sweat on foreheadK005/5948 Close-up of sweat forming on a woman's forehead.https://www.sciencephoto.com/image/732017/350wm/K0055948-Sweat_on_forehead-SPL.jpghttps://www.sciencephoto.com/image/732017/preview/K0055948-Sweat_on_forehead-SPL.mp45.012016-05-27Yes4kadultbrowclose upcroppedfemaleforeheadheadheathotless than 10 secondslockdownlocked offone personperspirationperspiringreal timeskinstaticsweatsweatinguhdwetwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732018/view/woman-rubbing-elbow2018-11-06T15:32:50Z0.9K005/5971 Woman rubbing elbowK005/5971 Woman rubbing her sore elbow.https://www.sciencephoto.com/image/732018/350wm/K0055971-Woman_rubbing_elbow-SPL.jpghttps://www.sciencephoto.com/image/732018/preview/K0055971-Woman_rubbing_elbow-SPL.mp47.222016-05-27Yes4kacheachingadultarmclose upelbowfemalehandless than 10 secondslockdownlocked offone personpainreal timerubbingskinsorestatictouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732019/view/woman-rubbing-shoulder2018-04-19T02:27:18Z0.9K005/5977 Woman rubbing shoulderK005/5977 Topless woman rubbing her sore shoulder.https://www.sciencephoto.com/image/732019/350wm/K0055977-Woman_rubbing_shoulder-SPL.jpghttps://www.sciencephoto.com/image/732019/preview/K0055977-Woman_rubbing_shoulder-SPL.mp417.222016-05-27Yes10 seconds or greater4kacheachingadultbackclose upcroppedfemalehandlockdownlocked offnakedone personpainreal timerubbingshoulderskinsorestatictoplesstouchinguhdwhite backgroundwomanwomenhttps://www.sciencephoto.com/media/732020/view/brown-eye-with-pupil-constricting2018-04-19T02:27:18Z0.9K005/6128 Brown eye with pupil constrictingK005/6128 Close-up of a brown eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/732020/350wm/K0056128-Brown_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/732020/preview/K0056128-Brown_eye_with_pupil_constricting-SPL.mp410.132016-05-27Yes10 seconds or greater4kadultbrown eyechangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalehumanirislockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdhttps://www.sciencephoto.com/media/732021/view/brown-eye-with-pupil-constricting2018-04-19T02:27:18Z0.9K005/6131 Brown eye with pupil constrictingK005/6131 Close-up of a brown eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/732021/350wm/K0056131-Brown_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/732021/preview/K0056131-Brown_eye_with_pupil_constricting-SPL.mp46.162016-05-27Yes4kadultbrown eyechangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdhttps://www.sciencephoto.com/media/732022/view/eye-opening-pupil-constricting2018-11-06T15:35:33Z0.9K005/6134 Eye opening pupil constrictingK005/6134 Close-up of a brown eye opening and the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/732022/350wm/K0056134-Eye_opening_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/732022/preview/K0056134-Eye_opening_pupil_constricting-SPL.mp48.22016-05-27Yes4kadultalertnessbrown eyechangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalehumanirisless than 10 secondslockdownlocked offmiosismyosisone personopenedopeningopenspeoplepersonpupilpupillary responsereal timereducingsensory perceptionhttps://www.sciencephoto.com/media/732023/view/brown-eye-with-pupil-constricting2018-04-19T02:27:18Z0.9K005/6135 Brown eye with pupil constrictingK005/6135 Close-up of a brown eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/732023/350wm/K0056135-Brown_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/732023/preview/K0056135-Brown_eye_with_pupil_constricting-SPL.mp48.232016-05-27Yes4kadultbrown eyechangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdhttps://www.sciencephoto.com/media/732024/view/brown-eye-with-pupil-constricting2018-04-19T02:27:18Z0.9K005/6143 Brown eye with pupil constrictingK005/6143 Close-up of a brown eye with the pupil becoming smaller (constricting).https://www.sciencephoto.com/image/732024/350wm/K0056143-Brown_eye_with_pupil_constricting-SPL.jpghttps://www.sciencephoto.com/image/732024/preview/K0056143-Brown_eye_with_pupil_constricting-SPL.mp47.052016-05-27Yes4kadultbrown eyechangingclose upconstrictingconstrictioncontractingcontractioncroppedeyefacefemalehumanirisless than 10 secondslockdownlocked offmiosismyosisone personpeoplepersonpupilpupillary responsereal timereducingsensory perceptionsizesmallerstaticuhdhttps://www.sciencephoto.com/media/732335/view/earth-s-tectonic-plates2018-11-06T15:36:59Z0.9K005/7007 Earth's tectonic platesK005/7007 Animation of the Earth showing the tectonic plates and the boundaries between them. The ocean has been removed to show the bathymetry of the seabed. The Earth's crust is made up of seven or eight main tectonic plates, with smaller ones between them. The plates comprise a lower, denser layer of oceanic crust, partly overlain with lighter continental crust. Boundaries between plates can either be divergent, convergent or transform. Divergent boundaries, such as Mid-Atlantic Ridge, are the sites of the creation of new crust, which rises from the mantle and moves away from the boundary. Transform boundaries, such as the San Andreas Fault in California, USA, occur where plates slide past one another. At a convergent boundary, either the denser plate slides beneath the lighter, forming a subduction zone, as at the Great Sumatran Fault, or continental crust collides and is lifted into mountains, such as the Himalayas.https://www.sciencephoto.com/image/732335/350wm/K0057007-Earth_s_tectonic_plates-SPL.jpghttps://www.sciencephoto.com/image/732335/preview/K0057007-Earth_s_tectonic_plates-SPL.mp4402016-05-28Yesbathymetryboundariesboundaryconstructivecontinentcontinentalcontinentsconvergentcrustdepthdestructivedivergentearth scienceearthquakeearthquakeseducationeducationalfaultfault linefaultsgeologicalgeologygloballithospheremid-atlantic ridgemid-ocean ridgesoceanoceanicplanetplateplatesridgehttps://www.sciencephoto.com/media/732390/view/amazon-deforestation-2000-20122018-11-06T15:31:58Z0.9K005/6632 Amazon deforestation, 2000-2012K005/6632 Deforestation in the Amazon, 2000-2012. Satellite image sequence of the northwest of the state of Rondonia in Brazil, showing areas of deforestation (light green and brown). Between 1970 and 2000 over 53,300 square kilometres of forest were lost. Since 2000 the rate of loss per year has increased. Deforestation is normally undertaken to create grazing areas for cattle. The removal of trees leaves soil exposed to rapid erosion by water, leading to the removal of valuable top soil. Images taken by the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA's Terra satellite. See clip K005/6633 for a version without the text.https://www.sciencephoto.com/image/732390/350wm/K0056632-Amazon_deforestation,_2000-2012-SPL.jpghttps://www.sciencephoto.com/image/732390/preview/K0056632-Amazon_deforestation,_2000-2012-SPL.mp4262016-06-01Yes20002000s201221st century4kagriculturalagricultureamazonamazonianbrazilbrazilianclearingdeforestationdeforesteddestructionearth observationenvironmental sciencefarmingfieldsfishbone patternforestfrom spacegeographicalgeographyhuman impactjunglelabellabeledlabelledlabelsmodisno-onehttps://www.sciencephoto.com/media/732391/view/amazon-deforestation-2000-20122018-03-28T09:38:32Z0.9K005/6633 Amazon deforestation, 2000-2012K005/6633 Deforestation in the Amazon, 2000-2012. Satellite image sequence of the northwest of the state of Rondonia in Brazil, showing areas of deforestation (light green and brown). Between 1970 and 2000 over 53,300 square kilometres of forest were lost. Since 2000 the rate of loss per year has increased. Deforestation is normally undertaken to create grazing areas for cattle. The removal of trees leaves soil exposed to rapid erosion by water, leading to the removal of valuable top soil. Images taken by the Moderate Resolution Imaging Spectroradiometer (MODIS) on NASA's Terra satellite. See clip K005/6632 for a version with the years labelled with text.https://www.sciencephoto.com/image/732391/350wm/K0056633-Amazon_deforestation,_2000-2012-SPL.jpghttps://www.sciencephoto.com/image/732391/preview/K0056633-Amazon_deforestation,_2000-2012-SPL.mp4202016-06-01Yes20002000s201221st century4kagriculturalagricultureamazonamazonianbrazilbrazilianclearingdeforestationdeforesteddestructionearth observationenvironmental sciencefarmingfieldsfishbone patternforestfrom spacegeographicalgeographyhuman impactjunglemodisno labelno labelsno-onenobodyrainforesthttps://www.sciencephoto.com/media/732392/view/hydrating-anhydrous-copper-sulphate2018-03-28T09:38:32Z0.9K005/6789 Hydrating anhydrous copper sulphateK005/6789 Hydrating anhydrous copper (II) sulphate (white) by dripping water. The blue colour of copper (II) sulphate is due to the presence of so-called water of crystallisation in the crystal structure. Dripping water onto the anhydrous form rehydrates the compound, giving the blue colour.https://www.sciencephoto.com/image/732392/350wm/K0056789-Hydrating_anhydrous_copper_sulphate-SPL.jpghttps://www.sciencephoto.com/image/732392/preview/K0056789-Hydrating_anhydrous_copper_sulphate-SPL.mp413.222016-06-01Yesanhydrateanhydrousbluechangechemicalchemistrycolourcoppercrystallisationdehydrateddemonstrationdrippingdropdropletdropletsdropseducationeducationalequationequationsexperimenthydratingiilabellabelledlabelslaboratoryliquidpowderreactionrehydratingsulphatehttps://www.sciencephoto.com/media/732393/view/acid-dehydration-of-sugar2018-03-28T09:38:32Z0.9K005/6790 Acid dehydration of sugarK005/6790 Acid dehydration of sugar. Concentrated sulphuric acid is poured into a beaker containing icing sugar. This clip is run at twice normal speed. The sugar breaks down, its hydrogen and oxygen are removed as water. The reaction is strongly exothermic, much of the water is turned to steam that makes the mixture bubble up. All that remains of the sugar by the end is the black carbon.https://www.sciencephoto.com/image/732393/350wm/K0056790-Acid_dehydration_of_sugar-SPL.jpghttps://www.sciencephoto.com/image/732393/preview/K0056790-Acid_dehydration_of_sugar-SPL.mp433.072016-06-01Yesacidbeakerblackbubblebubblesbubblingcarbohydratecarbonchemicalchemistrycolourconcentrateddehydrateddehydrationdemonstrationeducationeducationalequationequationsexothermicexperimentheathothydrocarbonhydrogenicinglabellabelledlabelslaboratorymixtureoxygenhttps://www.sciencephoto.com/media/732394/view/nickel-ii-hydroxide-precipitate2018-03-28T09:38:32Z0.9K005/6791 Nickel II hydroxide precipitateK005/6791 Nickel (II) hydroxide precipitate, formed as sodium hydroxide is dripped into nickel (II) chloride.https://www.sciencephoto.com/image/732394/350wm/K0056791-Nickel_II_hydroxide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732394/preview/K0056791-Nickel_II_hydroxide_precipitate-SPL.mp414.092016-06-01Yes14 secondschangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagecongealedcongealingdemonstrationdrippingdropletdropletseducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagegray backgroundgreengrey backgroundhorizontalindoorsinsidelabelhttps://www.sciencephoto.com/media/732395/view/ammonia-added-to-copper-ii-hydroxide2018-03-28T09:38:32Z0.9K005/6792 Ammonia added to copper II hydroxideK005/6792 Ammonia added to a precipitate of copper (II) hydroxide. The presence of the ammonia causes the formation of a deep blue complex of tetraamminediaquacopper dihydroxide.https://www.sciencephoto.com/image/732395/350wm/K0056792-Ammonia_added_to_copper_II_hydroxide-SPL.jpghttps://www.sciencephoto.com/image/732395/preview/K0056792-Ammonia_added_to_copper_II_hydroxide-SPL.mp412.072016-06-01Yes12 secondsammoniaammonia added to copper ii hydroxidebluechangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagecopper ii hydroxidedemonstrationeducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagehorizontalindoorsinsidelabellabelledlabelsliquidlockdownhttps://www.sciencephoto.com/media/732396/view/lead-ii-chloride-precipitate2018-03-28T09:38:32Z0.9K005/6793 Lead II chloride precipitateK005/6793 Lead (II) chloride precipitate, formed as potassium chloride is dripped into lead (II) nitrate solution.https://www.sciencephoto.com/image/732396/350wm/K0056793-Lead_II_chloride_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732396/preview/K0056793-Lead_II_chloride_precipitate-SPL.mp471.092016-06-01Yesblack backgroundchemical reactionchemistryclose-upcolorcolor imagecolourcolour imageeducationeducationalequationequationsexperimentexperimentsfallingfilmfootagehorizontallabellabelledlabelsleadlead chloridelead ii chloridelead ii chloride precipitatelead nitrateliquidlockdownmixingmotionno peopleone minute or greaterhttps://www.sciencephoto.com/media/732397/view/iron-ii-hydroxide-precipitate2018-03-28T09:38:32Z0.9K005/6794 Iron II hydroxide precipitateK005/6794 Iron (ii) hydroxide precipitate, formed as sodium hydroxide is dripped into iron (ii) chloride solution.https://www.sciencephoto.com/image/732397/350wm/K0056794-Iron_II_hydroxide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732397/preview/K0056794-Iron_II_hydroxide_precipitate-SPL.mp418.092016-06-01Yes18 secondschangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagedrippingdropletdropletseducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagehorizontalindoorsinsideiron hydroxideiron ii chlorideiron ii hydroxideiron ii hydroxide precipitatelabellabelledlabelshttps://www.sciencephoto.com/media/732398/view/lead-ii-iodide-precipitate2018-03-28T09:38:32Z0.9K005/6795 Lead II iodide precipitateK005/6795 Lead (II) iodide precipitate, formed as potassium iodide is dripped into lead (II) nitrate solution.https://www.sciencephoto.com/image/732398/350wm/K0056795-Lead_II_iodide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732398/preview/K0056795-Lead_II_iodide_precipitate-SPL.mp430.182016-06-01Yes30 secondsblack backgroundchemical reactionchemistryclose-upcolorcolor imagecolourcolour imageeducationeducationalequationequationsexperimentexperimentsfallingfilmfootagehorizontallabellabelledlabelsleadlead ii iodidelead ii iodide precipitatelead iodidelead nitrateliquidlockdownmixingmotionno peoplehttps://www.sciencephoto.com/media/732399/view/copper-ii-hydroxide-precipitate2018-03-28T09:38:32Z0.9K005/6796 Copper II hydroxide precipitateK005/6796 Copper (II) hydroxide precipitate, formed as sodium hydroxide is dripped into copper (II) sulphate solution.https://www.sciencephoto.com/image/732399/350wm/K0056796-Copper_II_hydroxide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732399/preview/K0056796-Copper_II_hydroxide_precipitate-SPL.mp414.122016-06-01Yes14 secondsbluechangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagecopper hydroxidecopper ii hydroxidecopper ii hydroxide precipitatedrippingdropletdropletseducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagehorizontalindoorsinsidelabellabelledlabelshttps://www.sciencephoto.com/media/732400/view/lead-ii-bromide-precipitate2018-03-28T09:38:32Z0.9K005/6797 Lead II bromide precipitateK005/6797 Lead (II) bromide precipitate, formed as potassium bromide is dripped into lead (II) nitrate solution.https://www.sciencephoto.com/image/732400/350wm/K0056797-Lead_II_bromide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732400/preview/K0056797-Lead_II_bromide_precipitate-SPL.mp463.082016-06-01Yes1 minute1 minute or greaterblack backgroundchemical reactionchemistryclose-upcolorcolor imagecolourcolour imageeducationeducationalequationequationsexperimentexperimentsfallingfilmfootagehorizontallabellabelledlabelsleadlead bromidelead ii bromidelead ii bromide precipitatelead nitrateliquidlockdownmixingmotionhttps://www.sciencephoto.com/media/732401/view/iron-iii-hydroxide-precipitate2018-03-28T09:38:32Z0.9K005/6798 Iron III hydroxide precipitateK005/6798 Iron (III) hydroxide precipitate, formed as sodium hydroxide is dripped into iron (III) chloride solution.https://www.sciencephoto.com/image/732401/350wm/K0056798-Iron_III_hydroxide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732401/preview/K0056798-Iron_III_hydroxide_precipitate-SPL.mp416.182016-06-01Yes16 secondschangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagedrippingdropletdropletseducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagehorizontalindoorsinsideiron hydroxideiron iii chlorideiron iii hydroxideiron iii hydroxide precipitatelabellabelledlabelshttps://www.sciencephoto.com/media/732402/view/lime-water-test-for-carbon-dioxide2018-11-06T15:34:11Z0.9K005/6799 Lime water test for carbon dioxideK005/6799 Lime water test for carbon dioxide. Hydrochloric acid is added to chips of marble (calcium carbonate), producing carbon dioxide gas. The gas is passed through a tube into a beaker of lime water (calcium hydroxide solution), which turns milky as the gas reacts to form a precipitate of calcium carbonate.https://www.sciencephoto.com/image/732402/350wm/K0056799-Lime_water_test_for_carbon_dioxide-SPL.jpghttps://www.sciencephoto.com/image/732402/preview/K0056799-Lime_water_test_for_carbon_dioxide-SPL.mp434.032016-06-01Yes30 seconds or greater34 secondsblack backgroundbubblebubblescalcium carbonatecarbon dioxidechemical reactionchemistryclose-upcolorcolor imagecolourcolour imagedissolvingeducationeducationalequationequationsexperimentexperimentsfilmfootagegashorizontallablabellabelledlabelslaboratory glasswarelime waterlime water test for carbon dioxidehttps://www.sciencephoto.com/media/732403/view/rubidium-reacting-with-water-high-speed2018-03-28T09:38:32Z0.9K005/6800 Rubidium reacting with water, high-speedK005/6800 High-speed footage of rubidium reacting explosively as it falls into cold water. Rubidium (Rb) is an highly-reactive alkali metal element that reacts with water to produce the strong base rubidium hydroxide, also releasing hydrogen gas. The indicator phenolphthalein was added to the water to highlight the reaction, as it turns from colourless to pink in the presence of the alkaline rubidium hydroxide. Filmed at 2000 frames per second (slowed down 80 times).https://www.sciencephoto.com/image/732403/350wm/K0056800-Rubidium_reacting_with_water,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/732403/preview/K0056800-Rubidium_reacting_with_water,_high-speed-SPL.mp477.022016-06-01Yesalkali metalalkalinebasebasicbathbeautifulbeautybubblesbubblingchemicalchemistrydemonstratingdemonstrationeducationeducationalelementequationequationsexperimentexplodingexplosionexplosivehigh speedhigh-speedhydrogen gasindicatorlabellabelledlabelsphenolphthaleinreactingreactionhttps://www.sciencephoto.com/media/732404/view/rubidium-reacting-with-water-high-speed2018-03-28T09:38:32Z0.9K005/6801 Rubidium reacting with water, high-speedK005/6801 High-speed footage of rubidium reacting explosively as it falls into cold water. Rubidium (Rb) is an highly-reactive alkali metal element that reacts with water to produce the strong base rubidium hydroxide, also releasing hydrogen gas. The indicator phenolphthalein was added to the water to highlight the reaction, as it turns from colourless to pink in the presence of the alkaline rubidium hydroxide. Filmed at 2000 frames per second (slowed down 80 times).https://www.sciencephoto.com/image/732404/350wm/K0056801-Rubidium_reacting_with_water,_high-speed-SPL.jpghttps://www.sciencephoto.com/image/732404/preview/K0056801-Rubidium_reacting_with_water,_high-speed-SPL.mp477.022016-06-01Yesalkali metalalkalinebasebasicbathbeautifulbeautybubblesbubblingchemicalchemistrydemonstratingdemonstrationeducationeducationalelementequationequationsexperimentexplodingexplosionexplosivehigh speedhigh-speedhydrogen gasindicatorlabellabelledlabelsphenolphthaleinreactingreactionhttps://www.sciencephoto.com/media/732405/view/iron-ii-hydroxide-precipitate2018-03-28T09:38:32Z0.9K005/6802 Iron II hydroxide precipitateK005/6802 Iron (ii) hydroxide precipitate, formed as sodium hydroxide is dripped into iron (ii) chloride solution.https://www.sciencephoto.com/image/732405/350wm/K0056802-Iron_II_hydroxide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732405/preview/K0056802-Iron_II_hydroxide_precipitate-SPL.mp418.092016-06-01Yes18 secondschangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagedrippingdropletdropletseducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagehorizontalindoorsinsideiron hydroxideiron ii chlorideiron ii hydroxideiron ii hydroxide precipitatelabellabelledlabelshttps://www.sciencephoto.com/media/732406/view/lead-ii-iodide-precipitate2018-11-06T15:35:54Z0.9K005/6803 Lead II iodide precipitateK005/6803 Lead (II) iodide precipitate, formed as potassium iodide is dripped into lead (II) nitrate solution.https://www.sciencephoto.com/image/732406/350wm/K0056803-Lead_II_iodide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732406/preview/K0056803-Lead_II_iodide_precipitate-SPL.mp430.182016-06-01Yes30 secondsblack backgroundchemical reactionchemistryclose-upcolorcolor imagecolourcolour imageeducationeducationalequationequationsexperimentexperimentsfallingfilmfootagehorizontallabellabelledlabelsleadlead ii iodidelead ii iodide precipitatelead iodidelead nitrateliquidlockdownmixingmotionno peoplehttps://www.sciencephoto.com/media/732407/view/lead-ii-chloride-precipitate2018-03-28T09:38:32Z0.9K005/6804 Lead II chloride precipitateK005/6804 Lead (II) chloride precipitate, formed as potassium chloride is dripped into lead (II) nitrate solution.https://www.sciencephoto.com/image/732407/350wm/K0056804-Lead_II_chloride_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732407/preview/K0056804-Lead_II_chloride_precipitate-SPL.mp471.092016-06-01Yesblack backgroundchemical reactionchemistryclose-upcolorcolor imagecolourcolour imageeducationeducationalequationequationsexperimentexperimentsfallingfilmfootagehorizontallabellabelledlabelsleadlead chloridelead ii chloridelead ii chloride precipitatelead nitrateliquidlockdownmixingmotionno peopleone minute or greaterhttps://www.sciencephoto.com/media/732408/view/ammonia-added-to-copper-ii-hydroxide2018-03-28T09:38:32Z0.9K005/6805 Ammonia added to copper II hydroxideK005/6805 Ammonia added to a precipitate of copper (II) hydroxide. The presence of the ammonia causes the formation of a deep blue complex of tetraamminediaquacopper dihydroxide.https://www.sciencephoto.com/image/732408/350wm/K0056805-Ammonia_added_to_copper_II_hydroxide-SPL.jpghttps://www.sciencephoto.com/image/732408/preview/K0056805-Ammonia_added_to_copper_II_hydroxide-SPL.mp412.072016-06-01Yes12 secondsammoniaammonia added to copper ii hydroxidebluechangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagecopper ii hydroxidedemonstrationeducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagehorizontalindoorsinsidelabellabelledlabelsliquidlockdownhttps://www.sciencephoto.com/media/732409/view/nickel-ii-hydroxide-precipitate2018-03-28T09:38:32Z0.9K005/6806 Nickel II hydroxide precipitateK005/6806 Nickel (II) hydroxide precipitate, formed as sodium hydroxide is dripped into nickel (II) chloride.https://www.sciencephoto.com/image/732409/350wm/K0056806-Nickel_II_hydroxide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732409/preview/K0056806-Nickel_II_hydroxide_precipitate-SPL.mp414.092016-06-01Yes14 secondschangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagecongealedcongealingdemonstrationdrippingdropletdropletseducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagegray backgroundgreengrey backgroundhorizontalindoorsinsidelabelhttps://www.sciencephoto.com/media/732410/view/lime-water-test-for-carbon-dioxide2018-03-28T09:38:32Z0.9K005/6807 Lime water test for carbon dioxideK005/6807 Lime water test for carbon dioxide. Hydrochloric acid is added to chips of marble (calcium carbonate), producing carbon dioxide gas. The gas is passed through a tube into a beaker of lime water (calcium hydroxide solution), which turns milky as the gas reacts to form a precipitate of calcium carbonate.https://www.sciencephoto.com/image/732410/350wm/K0056807-Lime_water_test_for_carbon_dioxide-SPL.jpghttps://www.sciencephoto.com/image/732410/preview/K0056807-Lime_water_test_for_carbon_dioxide-SPL.mp434.032016-06-01Yes30 seconds or greater34 secondsblack backgroundbubblebubblescalcium carbonatecarbon dioxidechemical reactionchemistryclose-upcolorcolor imagecolourcolour imagedissolvingeducationeducationalequationequationsexperimentexperimentsfilmfootagegashorizontallablabellabelledlabelslaboratory glasswarelime waterlime water test for carbon dioxidehttps://www.sciencephoto.com/media/732411/view/copper-ii-hydroxide-precipitate2018-03-28T09:38:32Z0.9K005/6808 Copper II hydroxide precipitateK005/6808 Copper (II) hydroxide precipitate, formed as sodium hydroxide is dripped into copper (II) sulphate solution.https://www.sciencephoto.com/image/732411/350wm/K0056808-Copper_II_hydroxide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732411/preview/K0056808-Copper_II_hydroxide_precipitate-SPL.mp414.122016-06-01Yes14 secondsbluechangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagecopper hydroxidecopper ii hydroxidecopper ii hydroxide precipitatedrippingdropletdropletseducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagehorizontalindoorsinsidelabellabelledlabelshttps://www.sciencephoto.com/media/732412/view/iron-iii-hydroxide-precipitate2018-11-06T15:32:03Z0.9K005/6809 Iron III hydroxide precipitateK005/6809 Iron (III) hydroxide precipitate, formed as sodium hydroxide is dripped into iron (III) chloride solution.https://www.sciencephoto.com/image/732412/350wm/K0056809-Iron_III_hydroxide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732412/preview/K0056809-Iron_III_hydroxide_precipitate-SPL.mp416.182016-06-01Yes16 secondschangingchanging colourchemicalchemicalschemistrycolorcolor imagecolourcolour imagedrippingdropletdropletseducationeducationalequationequationsexperimentexperimentingexperimentsfilmfootagehorizontalindoorsinsideiron hydroxideiron iii chlorideiron iii hydroxideiron iii hydroxide precipitatelabellabelledlabelshttps://www.sciencephoto.com/media/732413/view/lead-ii-bromide-precipitate2018-03-28T09:38:32Z0.9K005/6810 Lead II bromide precipitateK005/6810 Lead (II) bromide precipitate, formed as potassium bromide is dripped into lead (II) nitrate solution.https://www.sciencephoto.com/image/732413/350wm/K0056810-Lead_II_bromide_precipitate-SPL.jpghttps://www.sciencephoto.com/image/732413/preview/K0056810-Lead_II_bromide_precipitate-SPL.mp463.082016-06-01Yes1 minute1 minute or greaterblack backgroundchemical reactionchemistryclose-upcolorcolor imagecolourcolour imageeducationeducationalequationequationsexperimentexperimentsfallingfilmfootagehorizontallabellabelledlabelsleadlead bromidelead ii bromidelead ii bromide precipitatelead nitrateliquidlockdownmixingmotionhttps://www.sciencephoto.com/media/732414/view/acid-dehydration-of-sugar2018-11-06T15:32:20Z0.9K005/6811 Acid dehydration of sugarK005/6811 Acid dehydration of sugar. Concentrated sulphuric acid is poured into a beaker containing icing sugar. This clip is run at twice normal speed. The sugar breaks down, its hydrogen and oxygen are removed as water. The reaction is strongly exothermic, much of the water is turned to steam that makes the mixture bubble up. All that remains of the sugar by the end is the black carbon.https://www.sciencephoto.com/image/732414/350wm/K0056811-Acid_dehydration_of_sugar-SPL.jpghttps://www.sciencephoto.com/image/732414/preview/K0056811-Acid_dehydration_of_sugar-SPL.mp433.072016-06-01Yesacidbeakerblackbubblebubblesbubblingcarbohydratecarbonchemicalchemistrycolourconcentrateddehydrateddehydrationdemonstrationeducationeducationalequationequationsexothermicexperimentheathothydrocarbonhydrogenicinglabellabelledlabelslaboratorymixtureoxygenhttps://www.sciencephoto.com/media/732415/view/hydrating-anhydrous-copper-sulphate2018-03-28T09:38:32Z0.9K005/6812 Hydrating anhydrous copper sulphateK005/6812 Hydrating anhydrous copper (II) sulphate (white) by dripping water. The blue colour of copper (II) sulphate is due to the presence of so-called water of crystallisation in the crystal structure. Dripping water onto the anhydrous form rehydrates the compound, giving the blue colour.https://www.sciencephoto.com/image/732415/350wm/K0056812-Hydrating_anhydrous_copper_sulphate-SPL.jpghttps://www.sciencephoto.com/image/732415/preview/K0056812-Hydrating_anhydrous_copper_sulphate-SPL.mp413.222016-06-01Yesanhydrateanhydrousbluechangechemicalchemistrycolourcoppercrystallisationdehydrateddemonstrationdrippingdropdropletdropletsdropseducationeducationalequationequationsexperimenthydratingiilabellabelledlabelslaboratoryliquidpowderreactionrehydratingsulphatehttps://www.sciencephoto.com/media/732416/view/e-coli-bacteria-sem2018-03-28T09:38:32Z0.9K005/6829 E coli bacteria, SEMK005/6829 Animated coloured scanning electron micrograph (SEM) of Escherichia coli bacteria. The tubes connecting the bacteria are pili, which are used to transfer genetic material between bacteria in a process known as conjunction. E. coli are Gram-negative rod-shaped bacteria that are part of the normal flora of the human gut. Some strains produce a toxin that causes severe diarrhoea and can be fatal, especially in the very young or elderly. Magnification: x27,800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732416/350wm/K0056829-E_coli_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732416/preview/K0056829-E_coli_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacillibacillusbacterialbacteriologybacteriumbiologicalbiologyblack backgroundcolicolouredconjugatingconjugationee coliescherichia colifalse-colouredgenetic transfermicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismpathogenpathogenicpilipilusprokaryoteprokaryoticrod shapedrod-shapedhttps://www.sciencephoto.com/media/732417/view/e-coli-bacteria-sem2018-03-28T09:38:32Z0.9K005/6848 E coli bacteria, SEMK005/6848 Animated coloured scanning electron micrograph (SEM) of Escherichia coli bacteria. The tubes connecting the bacteria are pili, which are used to transfer genetic material between bacteria in a process known as conjunction. E. coli are Gram-negative rod-shaped bacteria that are part of the normal flora of the human gut. Some strains produce a toxin that causes severe diarrhoea and can be fatal, especially in the very young or elderly. Magnification: x27,800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732417/350wm/K0056848-E_coli_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732417/preview/K0056848-E_coli_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacillibacillusbacterialbacteriologybacteriumbiologicalbiologycolicolouredconjugatingconjugationee coliescherichia colifalse-colouredgenetic transfergreen backgroundmicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismpathogenpathogenicpilipilusprokaryoteprokaryoticrod shapedrod-shapedhttps://www.sciencephoto.com/media/732418/view/lactobacillus-bacteria-sem2018-11-06T15:31:17Z0.9K005/6849 Lactobacillus bacteria, SEMK005/6849 Lactobacillus bacteria, Animated coloured scanning electron micrograph (SEM). These bacteria are a natural non-pathogenic component of the flora of the human intestines and vagina. They produce lactic acid through the fermentation of carbohydrates. This helps to maintain an acidic environment that is hostile to pathogenic (disease-causing) bacteria. Lactobacilli are also found in milk and fermented products such as yoghurts.https://www.sciencephoto.com/image/732418/350wm/K0056849-Lactobacillus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732418/preview/K0056849-Lactobacillus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kacidicbacillibacillusbacteriabacterialbacteriologybacteriumbiologybrown backgroundcolouredfalse-colouredfermentationfermented productsflorafoodgram-positivehealthyhuman bodyintestinalintestineslactic acidlactobacillilactobacillusmicro-organismmicro-organismsmicrobemicrobialmicrobiologicalmicrobiologymicrobiomemicrobiotahttps://www.sciencephoto.com/media/732419/view/zinc-oxide-crystals-sem2018-03-28T09:38:32Z0.9K005/6850 Zinc oxide crystals, SEMK005/6850 Animated coloured scanning electron micrograph (SEM) of crystals of zinc oxide (ZnO). This is a white powder that is used as a pigment in paints and in topical applications for minor skin irritations, where it acts as a protective coating. Magnification: x350 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732419/350wm/K0056850-Zinc_oxide_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732419/preview/K0056850-Zinc_oxide_crystals,_SEM-SPL.mp4302016-06-01Yes4kchemicalchemistrycolouredcompoundcrystalcrystalsfalse-colouredmetalpigmentprotective coatingscanning electron micrographscanning electron microscopesemtopicaluhdzinc oxidezincitehttps://www.sciencephoto.com/media/732420/view/mrsa-bacteria-sem2018-03-28T09:38:32Z0.9K005/6851 MRSA bacteria, SEMK005/6851 MRSA bacteria. Animated coloured scanning electron micrograph (SEM) of methicillin-resistant Staphylococcus aureus (MRSA) bacteria (round). MRSA is a Gram-positive, round (coccus) bacterium that is resistant to many commonly prescribed antibiotics. It is carried by around a third of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause severe illness due to its high resistance to antibiotics. It can result in wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732420/350wm/K0056851-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732420/preview/K0056851-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistant bacteriabacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoloredcolouredconditiondisorderdrug resistantfalse-coloredfalse-colouredgram-positivehaihospital acquiredhospital-acquired infectionshuman bodyimmune responseimmune systemimmunologicalinfectedinfectionmanymethicillin resistantmethicillin-resistant staphylococcus aureusmicro-organismhttps://www.sciencephoto.com/media/732421/view/saliva-and-bacteria-sem2018-11-06T15:33:12Z0.9K005/6852 Saliva and bacteria, SEMK005/6852 Saliva and bacteria. Animated coloured scanning electron micrograph (SEM) of a bacterial biofilm from saliva. The cluster of round bacteria (cocci) are linked together by stands of eDNA (extracellular deoxyribonucleic acid). The eDNA helps the biofilm to adhere to oral surfaces and contributes to antimicrobial resistance. Embedded in the biofilm are Aliivibrio fischeri bacteria (rod-shaped).https://www.sciencephoto.com/image/732421/350wm/K0056852-Saliva_and_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732421/preview/K0056852-Saliva_and_bacteria,_SEM-SPL.mp4302016-06-01Yes4kaliivibrio fischeribacteriabacterialbacteriologybacteriumbiofilmbiologicalbiologyblack backgroundcellcellsclustercoccicoccuscolouredcut outcut outscut-outcut-outscutoutcutoutsdeoxyribonucleic aciddigestive fluidsdnaednaextracellular dnafalse-colouredgram-negativegram-positivemicro-organismmicro-organismshttps://www.sciencephoto.com/media/732422/view/mrsa-bacteria-sem2018-11-06T15:33:22Z0.9K005/6853 MRSA bacteria, SEMK005/6853 MRSA bacteria. Animated coloured scanning electron micrograph (SEM) of methicillin-resistant Staphylococcus aureus (MRSA) bacteria (round). MRSA is a Gram-positive, round (coccus) bacterium that is resistant to many commonly prescribed antibiotics. It is carried by around a third of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause severe illness due to its high resistance to antibiotics. It can result in wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732422/350wm/K0056853-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732422/preview/K0056853-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistant bacteriabacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoloredcolouredconditiondisorderdrug resistantfalse-coloredfalse-colouredgram-positivehaihospital acquiredhospital-acquired infectionshuman bodyimmune responseimmune systemimmunologicalinfectedinfectionmanymethicillin resistantmethicillin-resistant staphylococcus aureusmicro-organismhttps://www.sciencephoto.com/media/732423/view/oral-bacteria-sem2018-03-28T09:38:32Z0.9K005/6854 Oral bacteria, SEMK005/6854 Oral bacteria. Animated coloured scanning electron micrograph (SEM) of mixed oral bacteria (cocci and bacilli).https://www.sciencephoto.com/image/732423/350wm/K0056854-Oral_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732423/preview/K0056854-Oral_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacillibacillusbacteriabacteriologybacteriumbiologicalbiologycoccicoccuscolouredfalse-colouredillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobiologicalmicrobiologymicroorganismmicroorganismsmixedmouthno oneno-onenobodyoraloral bacteriascanning electron micrographscanning electron microscopesemhttps://www.sciencephoto.com/media/732424/view/e-coli-bacteria-sem2018-03-28T09:38:32Z0.9K005/6855 E coli bacteria, SEMK005/6855 Animated coloured scanning electron micrograph (SEM) of Escherichia coli bacteria. Magnification: x27,800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732424/350wm/K0056855-E_coli_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732424/preview/K0056855-E_coli_bacteria,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kbacillibacillusbacteriabacterialbacteriologybacteriumbiologicalbiologycolourede coliescherichia colifalse-colouredmicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismno oneno-onenobodypathogenpathogenicprokaryoteprokaryoticrod shapedrod-shapedscanning electron micrographscanning electron microscopehttps://www.sciencephoto.com/media/732425/view/oral-bacteria-sem2018-03-28T09:38:32Z0.9K005/6856 Oral bacteria, SEMK005/6856 Oral bacteria. Animated coloured scanning electron micrograph (SEM) of mixed oral bacteria, consisting mostly of rod-shaped bacteria (bacilli) and filamentous bacteria.https://www.sciencephoto.com/image/732425/350wm/K0056856-Oral_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732425/preview/K0056856-Oral_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacilibacillusbacteriabacteriologybacteriumbiologicalbiologycolouredfalse-colouredfilamentousillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobiologicalmicrobiologymicroorganismmicroorganismsmixedmouthno oneno-onenobodyoraloral bacteriascanning electron micrographscanning electron microscopesemuhdhttps://www.sciencephoto.com/media/732426/view/e-coli-bacteria-sem2018-03-28T09:38:32Z0.9K005/6857 E coli bacteria, SEMK005/6857 Animated coloured scanning electron micrograph (SEM) of Escherichia coli bacteria. E. coli are Gram-negative rod-shaped bacteria that are part of the normal flora of the human gut. Some strains produce a toxin that causes severe diarrhoea and can be fatal, especially in the very young or elderly. Magnification: x27,800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732426/350wm/K0056857-E_coli_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732426/preview/K0056857-E_coli_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacillibacillusbacterialbacteriologybacteriumbiologicalbiologyblack backgroundcolicolouredconjugatingconjugationee coliescherichia colifalse-colouredgenetic transfermicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismpathogenpathogenicpilipilusprokaryoteprokaryoticrod shapedrod-shapedhttps://www.sciencephoto.com/media/732427/view/zinc-oxide-crystals-sem2018-03-28T09:38:32Z0.9K005/6858 Zinc oxide crystals, SEMK005/6858 Animated coloured scanning electron micrograph (SEM) of crystals of zinc oxide (ZnO). This is a white powder that is used as a pigment in paints and in topical applications for minor skin irritations, where it acts as a protective coating. Magnification: x350 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732427/350wm/K0056858-Zinc_oxide_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732427/preview/K0056858-Zinc_oxide_crystals,_SEM-SPL.mp4302016-06-01Yes4kchemicalchemistrycolouredcompoundcrystalcrystalsfalse-colouredmetalpigmentprotective coatingscanning electron micrographscanning electron microscopesemtopicaluhdzinc oxidezincitehttps://www.sciencephoto.com/media/732428/view/streptomyces-coelicoflavus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6859 Streptomyces coelicoflavus bacteria, SEMK005/6859 Streptomyces coelicoflavus bacteria. Animated coloured scanning electron micrograph (SEM) of strands of Streptomyces coelicoflavus bacteria. Streptomyces coelicoflavus is a filamentous soil bacterium.https://www.sciencephoto.com/image/732428/350wm/K0056859-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732428/preview/K0056859-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoelicoflavuscolouredfalse-colouredfilamentousgram-positiveillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno oneno-onenobodypathogenpathogenshttps://www.sciencephoto.com/media/732429/view/quartz-crystals-sem2018-11-06T15:35:21Z0.9K005/6860 Quartz crystals, SEMK005/6860 Quartz crystals, Animated coloured scanning electron micrograph (SEM). This silicate mineral is a form of silica (silicon dioxide).https://www.sciencephoto.com/image/732429/350wm/K0056860-Quartz_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732429/preview/K0056860-Quartz_crystals,_SEM-SPL.mp4302016-06-01Yes4kartworkbiologicalbiologychemicalchemistryclose-upcoloredcolouredcrystalcrystallinecrystallisedcrystalsdetailfalse-coloredfalse-colouredgeologicalgeologyillustrationmineralmineralogynatureno oneno-onenobodypinkquartzscanning electron micrographscanning electron microscopesemsilicasilicatehttps://www.sciencephoto.com/media/732430/view/fungal-cells-sem2018-03-28T09:38:32Z0.9K005/6861 Fungal cells, SEMK005/6861 Animated coloured scanning electron micrograph (SEM) of fungal cells. The round structures are sporangia, which house the fungus' reproductive cells (spores). Magnification: x400 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732430/350wm/K0056861-Fungal_cells,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732430/preview/K0056861-Fungal_cells,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kasexual reproductionbiologicalbiologycellscolouredfalse-colouredfungalfungifungusgrowinggrowthhyphahyphaemycologyno oneno-onenobodyreproductionreproductivescanning electron micrographscanning electron microscopesemsporangiasporangiumsporesthree dimensionaluhdhttps://www.sciencephoto.com/media/732431/view/mrsa-bacteria-sem2018-03-28T09:38:32Z0.9K005/6862 MRSA bacteria, SEMK005/6862 MRSA bacteria. Animated coloured scanning electron micrograph (SEM) of methicillin-resistant Staphylococcus aureus (MRSA) bacteria (round). MRSA is a Gram-positive, round (coccus) bacterium that is resistant to many commonly prescribed antibiotics. It is carried by around a third of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause severe illness due to its high resistance to antibiotics. It can result in wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732431/350wm/K0056862-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732431/preview/K0056862-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistant bacteriabacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoloredcolouredconditioncut outcut outscut-outcut-outscutoutcutoutsdisorderdrug resistantfalse-coloredfalse-colouredgram-positivehaihospital acquiredhospital-acquired infectionshuman bodyimmune responseimmune systemimmunologicalhttps://www.sciencephoto.com/media/732432/view/oral-bacteria-sem2018-03-28T09:38:32Z0.9K005/6863 Oral bacteria, SEMK005/6863 Oral bacteria. Animated coloured scanning electron micrograph (SEM) of mixed oral bacteria (Streptococcus, round) with some bacilli bacteria (rod-shaped).https://www.sciencephoto.com/image/732432/350wm/K0056863-Oral_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732432/preview/K0056863-Oral_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacillibacillusbacteriabacteriologybacteriumbiologicalbiologycoccicoccuscolouredfalse-colouredillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobiologicalmicrobiologymicroorganismmicroorganismsmixedmouthno oneno-onenobodyoraloral bacteriascanning electron micrographscanning electron microscopesemhttps://www.sciencephoto.com/media/732433/view/yeast-and-extracellular-matrix-sem2018-11-06T15:31:43Z0.9K005/6864 Yeast and extracellular matrix, SEMK005/6864 Animated coloured scanning electron micrograph (SEM) of Candida albicans yeast (blue) and extracellular matrix (ECM, purple). ECM is found around multicellular aggregates of yeast cells, such as biofilms. It contains polysaccharides and proteins and helps the yeast adhere to surfaces and contributes to antifungal resistance. Candida albicans is a cause of thrush (candidiasis).https://www.sciencephoto.com/image/732433/350wm/K0056864-Yeast_and_extracellular_matrix,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732433/preview/K0056864-Yeast_and_extracellular_matrix,_SEM-SPL.mp4302016-06-01Yes4kbiofilmbiologicalbiologycandida albicanscolouredecmepsextracellular matrixextracellular polymeric substancefalse-colouredfungalfungusmicrobiologicalmicrobiologymycologicalmycologyno-onenobodypathogenpathogenicpolysaccharidesproteinsscanning electron micrographscanning electron microscopesemthrushuhdyeastyecmhttps://www.sciencephoto.com/media/732434/view/staphylococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6865 Staphylococcus bacteria, SEMK005/6865 Staphylococcus bacteria, Animated coloured scanning electron micrograph (SEM). Staphylococcus bacteria are an example of cocci (round bacteria). They form grape-like clusters. There are over 40 species of Staphylococcus bacteria, some of which cause disease in humans though most are harmless. Many of the species are found on the skin and mucous membranes. Staphylococcus species are Gram-positive bacteria.https://www.sciencephoto.com/image/732434/350wm/K0056865-Staphylococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732434/preview/K0056865-Staphylococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscolouredfalse-colouredgram-positiveillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno oneno-onenobodypathogenpathogensredhttps://www.sciencephoto.com/media/732435/view/quartz-crystals-sem2018-03-28T09:38:32Z0.9K005/6866 Quartz crystals, SEMK005/6866 Quartz crystals, Animated coloured scanning electron micrograph (SEM). This silicate mineral is a form of silica (silicon dioxide).https://www.sciencephoto.com/image/732435/350wm/K0056866-Quartz_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732435/preview/K0056866-Quartz_crystals,_SEM-SPL.mp4302016-06-01Yes4kartworkbiologicalbiologychemicalchemistryclose-upcoloredcolouredcrystalcrystallinecrystallisedcrystalsdetailfalse-coloredfalse-colouredgeologicalgeologyillustrationmineralmineralogynatureno oneno-onenobodyorangequartzscanning electron micrographscanning electron microscopesemsilicasilicatehttps://www.sciencephoto.com/media/732436/view/streptococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6867 Streptococcus bacteria, SEMK005/6867 Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus bacteria with Streptomyces coelicoflavus bacteria in the background. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans. Streptomyces coelicoflavus is a filamentous soil bacterium.https://www.sciencephoto.com/image/732436/350wm/K0056867-Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732436/preview/K0056867-Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscolouredfalse-colouredfilamentousgram-positiveillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno oneno-onenobodypathogenpathogenshttps://www.sciencephoto.com/media/732437/view/streptomyces-coelicoflavus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6868 Streptomyces coelicoflavus bacteria, SEMK005/6868 Streptomyces coelicoflavus bacteria. Animated coloured scanning electron micrograph (SEM) of Streptomyces coelicoflavus bacteria (strands) and chains of Streptococcus bacteria (round). Streptomyces coelicoflavus is a filamentous soil bacterium. Streptococcus bacteria are an example of cocci (round bacteria) that form chains.https://www.sciencephoto.com/image/732437/350wm/K0056868-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732437/preview/K0056868-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscoelicoflavuscolouredfalse-colouredfilamentousgram-positiveillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno oneno-onenobodypathogenhttps://www.sciencephoto.com/media/732438/view/oral-streptococcus-bacteria-sem2018-11-06T15:34:13Z0.9K005/6869 Oral Streptococcus bacteria, SEMK005/6869 Oral Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus sp. bacteria from the mouth. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans.https://www.sciencephoto.com/image/732438/350wm/K0056869-Oral_Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732438/preview/K0056869-Oral_Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscolouredfalse-colouredgram-positivemicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno-onenobodypathogenpathogensscanning electron micrographscanning electron microscopesemstreptococcihttps://www.sciencephoto.com/media/732439/view/fungal-cells-sem2018-11-06T15:36:45Z0.9K005/6870 Fungal cells, SEMK005/6870 Animated coloured scanning electron micrograph (SEM) of fungal cells. The round structures are sporangia, which house the fungus' reproductive cells (spores). Magnification: x450 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732439/350wm/K0056870-Fungal_cells,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732439/preview/K0056870-Fungal_cells,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kasexual reproductionbiologicalbiologycellscolouredfalse-colouredfungalfungifungusgrowinggrowthhyphahyphaemycologyno oneno-onenobodyreproductionreproductivescanning electron micrographscanning electron microscopesemsporangiasporangiumsporesthree dimensionaluhdhttps://www.sciencephoto.com/media/732440/view/oral-streptococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6871 Oral Streptococcus bacteria, SEMK005/6871 Oral Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus sp. bacteria from the mouth. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans.https://www.sciencephoto.com/image/732440/350wm/K0056871-Oral_Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732440/preview/K0056871-Oral_Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscolouredfalse-colouredgram-positivemicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno-onenobodypathogenpathogensscanning electron micrographscanning electron microscopesemstreptococcihttps://www.sciencephoto.com/media/732441/view/oral-bacteria-sem2018-03-28T09:38:32Z0.9K005/6872 Oral bacteria, SEMK005/6872 Oral bacteria. Animated coloured scanning electron micrograph (SEM) of mixed oral bacteria (cocci and bacilli).https://www.sciencephoto.com/image/732441/350wm/K0056872-Oral_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732441/preview/K0056872-Oral_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacillusbacteriabacteriologybacteriumbiologicalbiologycoccicoccuscolouredfalse-colouredmicro-organismmicro-organismsmicrobemicrobesmicrobiologicalmicrobiologymicroorganismmicroorganismsmixedmouthno-onenobodyoralscanning electron micrographscanning electron microscopesemuhdhttps://www.sciencephoto.com/media/732442/view/streptococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6873 Streptococcus bacteria, SEMK005/6873 Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus bacteria. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans.https://www.sciencephoto.com/image/732442/350wm/K0056873-Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732442/preview/K0056873-Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscolouredfalse-colouredgram-positivemicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno-onenobodypathogenpathogensscanning electron micrographscanning electron microscopesemstreptococcihttps://www.sciencephoto.com/media/732443/view/streptococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6874 Streptococcus bacteria, SEMK005/6874 Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus bacteria. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans.https://www.sciencephoto.com/image/732443/350wm/K0056874-Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732443/preview/K0056874-Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellschainsclusterscoccicoccuscolouredfalse-colouredgram-positivemanymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsmultipleno-onenobodyorangepathogenhttps://www.sciencephoto.com/media/732444/view/oral-bacteria-sem2018-03-28T09:38:32Z0.9K005/6875 Oral bacteria, SEMK005/6875 Oral bacteria. Animated coloured scanning electron micrograph (SEM) of mixed oral bacteria, consisting mostly of rod-shaped bacteria (bacilli) and filamentous bacteria.https://www.sciencephoto.com/image/732444/350wm/K0056875-Oral_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732444/preview/K0056875-Oral_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacilibacillusbacteriabacteriologybacteriumbiologicalbiologycolouredfalse-colouredfilamentousillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobiologicalmicrobiologymicroorganismmicroorganismsmixedmouthno oneno-onenobodyoraloral bacteriascanning electron micrographscanning electron microscopesemuhdhttps://www.sciencephoto.com/media/732445/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6876 Breast cancer cell, SEMK005/6876 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x400 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732445/350wm/K0056876-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732445/preview/K0056876-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalbrown backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732446/view/streptomyces-coelicoflavus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6877 Streptomyces coelicoflavus bacteria, SEMK005/6877 Streptomyces coelicoflavus bacteria. Animated coloured scanning electron micrograph (SEM) of strands of Streptomyces coelicoflavus bacteria. Streptomyces coelicoflavus is a filamentous soil bacterium.https://www.sciencephoto.com/image/732446/350wm/K0056877-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732446/preview/K0056877-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacteriabacterialbacteriologybacteriumbiologicalbiologybluecellcellscoccicolouredfalse-colouredfilamentousgram-positiveillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno oneno-onenobodypathogenpathogenshttps://www.sciencephoto.com/media/732447/view/breast-cancer-cells-sem2018-11-06T15:33:24Z0.9K005/6878 Breast cancer cells, SEMK005/6878 Animated coloured scanning electron micrograph (SEM) of breast cancer cells growing in culture. These are from the MCF-7 cell line. Magnification: x280 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732447/350wm/K0056878-Breast_cancer_cells,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732447/preview/K0056878-Breast_cancer_cells,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kabnormalbiologicalbiologyblue backgroundbreast cancercancercancer cellcancerouscellscolouredconditionculturecultureddiseasedisorderfalse-colouredgrowinggrowthhistopathologicalhistopathologyillnessmalignancymalignantmcf 7mcf-7medicalmedicineno oneno-onehttps://www.sciencephoto.com/media/732448/view/oral-bacteria-sem2018-11-06T15:36:36Z0.9K005/6879 Oral bacteria, SEMK005/6879 Oral bacteria. Animated coloured scanning electron micrograph (SEM) of mixed oral bacteria (Streptococcus, round) and bacilli bacteria, with the intercellular strands being eDNA (extracellular deoxyribonucleic acid).https://www.sciencephoto.com/image/732448/350wm/K0056879-Oral_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732448/preview/K0056879-Oral_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacillibacilli bacteriabacillusbacteriabacteriologybacteriumbiologicalbiologycoccicoccuscoloureddeoxyribonucleic aciddnaednaextracellularextracellular deoxyribonucleic acidfalse-colouredillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobiologicalmicrobiologymicroorganismmicroorganismsmixedmouthno oneno-onehttps://www.sciencephoto.com/media/732449/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6880 Breast cancer cell, SEMK005/6880 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x400 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732449/350wm/K0056880-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732449/preview/K0056880-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblue backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732450/view/zinc-oxide-crystals-sem2018-03-28T09:38:32Z0.9K005/6881 Zinc oxide crystals, SEMK005/6881 Animated coloured scanning electron micrograph (SEM) of crystals of zinc oxide (ZnO). This is a white powder that is used as a pigment in paints and in topical applications for minor skin irritations, where it acts as a protective coating. Magnification: x930 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732450/350wm/K0056881-Zinc_oxide_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732450/preview/K0056881-Zinc_oxide_crystals,_SEM-SPL.mp4302016-06-01Yes4kchemicalchemistrycolouredcompoundcrystalcrystalsfalse-colouredmetalpigmentprotective coatingscanning electron micrographscanning electron microscopesemtopicaluhdzinc oxidezincitehttps://www.sciencephoto.com/media/732451/view/rod-shaped-bacteria-sem2018-03-28T09:38:32Z0.9K005/6882 Rod-shaped bacteria, SEMK005/6882 Animated coloured scanning electron micrograph (SEM) of rod-shaped (bacillus) bacteria. The tubes connecting the bacteria are pili, which are used to transfer genetic material between bacteria in a process known as conjunction.https://www.sciencephoto.com/image/732451/350wm/K0056882-Rod-shaped_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732451/preview/K0056882-Rod-shaped_bacteria,_SEM-SPL.mp4302016-06-01Yes3d4kbacillibacillusbacteriabacterialbacterial biofilmbacteriumbiologicalbiologycoccicolouredconjugatingconjugationednaextracellular deoxyribonucleic acidfalse-colouredgenetic transfermagnifiedmicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismmicroscopicno-onenobodypurple backgroundreproducingrod shapedrod-shapedhttps://www.sciencephoto.com/media/732452/view/mrsa-bacteria-sem2018-11-06T15:33:34Z0.9K005/6883 MRSA bacteria, SEMK005/6883 MRSA bacteria. Animated coloured scanning electron micrograph (SEM) of methicillin-resistant Staphylococcus aureus (MRSA) bacteria (round). MRSA is a Gram-positive, round (coccus) bacterium that is resistant to many commonly prescribed antibiotics. It is carried by around a third of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause severe illness due to its high resistance to antibiotics. It can result in wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732452/350wm/K0056883-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732452/preview/K0056883-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistant bacteriabacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoloredcolouredconditiondisorderdrug resistantfalse-coloredfalse-colouredgram-positivehaihospital acquiredhospital-acquired infectionshuman bodyimmune responseimmune systemimmunologicalinfectedinfectionmethicillin resistantmethicillin-resistant staphylococcus aureusmicro-organismmicro-organismshttps://www.sciencephoto.com/media/732453/view/e-coli-bacteria-sem2018-03-28T09:38:32Z0.9K005/6884 E coli bacteria, SEMK005/6884 Animated coloured scanning electron micrograph (SEM) of Escherichia coli bacteria. The tubes connecting the bacteria are pili, which are used to transfer genetic material between bacteria in a process known as conjunction. E. coli are Gram-negative rod-shaped bacteria that are part of the normal flora of the human gut. Some strains produce a toxin that causes severe diarrhoea and can be fatal, especially in the very young or elderly. Magnification: x27,800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732453/350wm/K0056884-E_coli_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732453/preview/K0056884-E_coli_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacillibacillusbacterialbacteriologybacteriumbiologicalbiologycolicolouredconjugatingconjugationee coliescherichia colifalse-colouredgenetic transfergrey backgroundmicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismpathogenpathogenicpilipilusprokaryoteprokaryoticrod shapedrod-shapedhttps://www.sciencephoto.com/media/732454/view/rod-shaped-and-round-bacteria-sem2018-03-28T09:38:32Z0.9K005/6885 Rod-shaped and round bacteria, SEMK005/6885 Animated coloured scanning electron micrograph (SEM) of rod-shaped (bacillus) and round (coccus) bacteria.https://www.sciencephoto.com/image/732454/350wm/K0056885-Rod-shaped_and_round_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732454/preview/K0056885-Rod-shaped_and_round_bacteria,_SEM-SPL.mp4302016-06-01Yes3d4kbacillibacillusbacteriabacterialbacteriumbiologicalbiologybrown backgroundcoccicoccuscolouredfalse-colouredgenetic transfermagnifiedmicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismmicroscopicno-onenobodypilipurple backgroundrod shapedrod-shapedscanning electron micrographscanning electron microscopesemhttps://www.sciencephoto.com/media/732455/view/breast-cancer-cell-sem2018-11-06T15:34:02Z0.9K005/6886 Breast cancer cell, SEMK005/6886 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732455/350wm/K0056886-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732455/preview/K0056886-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblack backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732456/view/zinc-oxide-crystals-sem2018-03-28T09:38:32Z0.9K005/6887 Zinc oxide crystals, SEMK005/6887 Animated coloured scanning electron micrograph (SEM) of crystals of zinc oxide (ZnO). This is a white powder that is used as a pigment in paints and in topical applications for minor skin irritations, where it acts as a protective coating. Magnification: x930 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732456/350wm/K0056887-Zinc_oxide_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732456/preview/K0056887-Zinc_oxide_crystals,_SEM-SPL.mp4302016-06-01Yes4kchemicalchemistrycolouredcompoundcrystalcrystalsfalse-colouredmetalpigmentprotective coatingscanning electron micrographscanning electron microscopesemtopicaluhdzinc oxidezincitehttps://www.sciencephoto.com/media/732457/view/rod-shaped-and-round-bacteria-sem2018-03-28T09:38:32Z0.9K005/6889 Rod-shaped and round bacteria, SEMK005/6889 Animated coloured scanning electron micrograph (SEM) of rod-shaped (bacillus) and round (coccus) bacteria.https://www.sciencephoto.com/image/732457/350wm/K0056889-Rod-shaped_and_round_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732457/preview/K0056889-Rod-shaped_and_round_bacteria,_SEM-SPL.mp4302016-06-01Yes3d4kartworkbacillibacillusbacteriabacterialbacteriumbiologicalbiologyblue backgroundcoccicoccuscolouredfalse-colouredgenetic transfermagnifiedmicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismmicroscopicno-onenobodypurple backgroundrod shapedrod-shapedscanning electron micrographscanning electron microscopesemhttps://www.sciencephoto.com/media/732458/view/yeast-extracellular-matrix-sem2018-11-06T15:38:40Z0.9K005/6890 Yeast extracellular matrix, SEMK005/6890 Animated coloured scanning electron micrograph (SEM) of the extracellular matrix (ECM) found around multicellular aggregates of yeast cells, such as biofilms. The ECM contains polysaccharides and proteins. It helps the yeast adhere to surfaces and contributes to antifungal resistance. This ECM was secreted by Candida albicans yeast.https://www.sciencephoto.com/image/732458/350wm/K0056890-Yeast_extracellular_matrix,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732458/preview/K0056890-Yeast_extracellular_matrix,_SEM-SPL.mp4302016-06-01Yes4kbiofilmbiologicalbiologybrown backgroundcolouredecmepsextracellular matrixextracellular polymeric substancefalse-colouredfungalfungusmicrobiologicalmicrobiologymycologicalmycologyno-onenobodypolysaccharidesproteinsscanning electron micrographscanning electron microscopesemuhdyeastyecmhttps://www.sciencephoto.com/media/732459/view/fungal-cells-sem2018-03-28T09:38:32Z0.9K005/6891 Fungal cells, SEMK005/6891 Animated coloured scanning electron micrograph (SEM) of fungal cells. At centre is a sporangium, which houses the fungus' reproductive cells (spores). Magnification: x700 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732459/350wm/K0056891-Fungal_cells,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732459/preview/K0056891-Fungal_cells,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kasexual reproductionbiologicalbiologycellscolouredfalse-colouredfungalfungifungusgrowinggrowthhyphahyphaemycologyno oneno-onenobodyreproductionreproductivescanning electron micrographscanning electron microscopesemsporangiasporangiumsporesthree dimensionaluhdhttps://www.sciencephoto.com/media/732460/view/e-coli-bacteria-sem2018-03-28T09:38:32Z0.9K005/6892 E coli bacteria, SEMK005/6892 Animated coloured scanning electron micrograph (SEM) of Escherichia coli bacteria. The tubes connecting the bacteria are pili, which are used to transfer genetic material between bacteria in a process known as conjunction. E. coli are Gram-negative rod-shaped bacteria that are part of the normal flora of the human gut. Some strains produce a toxin that causes severe diarrhoea and can be fatal, especially in the very young or elderly. Magnification: x27,800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732460/350wm/K0056892-E_coli_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732460/preview/K0056892-E_coli_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacillibacillusbacterialbacteriologybacteriumbiologicalbiologybrown backgroundcolicolouredconjugatingconjugationee coliescherichia colifalse-colouredgenetic transfermicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismpathogenpathogenicpilipilusprokaryoteprokaryoticrod shapedrod-shapedhttps://www.sciencephoto.com/media/732461/view/streptococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6893 Streptococcus bacteria, SEMK005/6893 Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus bacteria. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans.https://www.sciencephoto.com/image/732461/350wm/K0056893-Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732461/preview/K0056893-Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacteriabacterialbacteriologybacteriumbiologicalbiologyblack backgroundcellcellschaincoccicoccuscolouredcut outcut outscut-outcut-outscutoutcutoutsfalse-colouredgram-positivemicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismshttps://www.sciencephoto.com/media/732462/view/mrsa-bacteria-sem2018-03-28T09:38:32Z0.9K005/6894 MRSA bacteria, SEMK005/6894 MRSA bacteria. Animated coloured scanning electron micrograph (SEM) of methicillin-resistant Staphylococcus aureus (MRSA) bacteria (round). MRSA is a Gram-positive, round (coccus) bacterium that is resistant to many commonly prescribed antibiotics. It is carried by around a third of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause severe illness due to its high resistance to antibiotics. It can result in wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732462/350wm/K0056894-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732462/preview/K0056894-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistant bacteriabacteriabacterialbacteriologybacteriumbiologicalbiologyblack backgroundcellcellscoccicoloredcolouredconditiondisorderdrug resistantfalse-coloredfalse-colouredgram-positivehaihospital acquiredhospital-acquired infectionshuman bodyimmune responseimmune systemimmunologicalinfectedinfectionmethicillin resistantmethicillin-resistant staphylococcus aureusmicro-organismhttps://www.sciencephoto.com/media/732463/view/mrsa-bacteria-sem2018-11-06T15:37:12Z0.9K005/6895 MRSA bacteria, SEMK005/6895 MRSA bacteria. Animated coloured scanning electron micrograph (SEM) of methicillin-resistant Staphylococcus aureus (MRSA) bacteria (round). MRSA is a Gram-positive, round (coccus) bacterium that is resistant to many commonly prescribed antibiotics. It is carried by around a third of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause severe illness due to its high resistance to antibiotics. It can result in wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732463/350wm/K0056895-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732463/preview/K0056895-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistant bacteriabacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoloredcolouredconditiondisorderdrug resistantfalse-coloredfalse-colouredgram-positivehaihospital acquiredhospital-acquired infectionshuman bodyimmune responseimmune systemimmunologicalinfectedinfectionmethicillin resistantmethicillin-resistant staphylococcus aureusmicro-organismmicro-organismshttps://www.sciencephoto.com/media/732464/view/mrsa-bacteria-sem2018-11-06T15:36:45Z0.9K005/6896 MRSA bacteria, SEMK005/6896 MRSA bacteria. Animated coloured scanning electron micrograph (SEM) of methicillin-resistant Staphylococcus aureus (MRSA) bacteria (round). MRSA is a Gram-positive, round (coccus) bacterium that is resistant to many commonly prescribed antibiotics. It is carried by around a third of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause severe illness due to its high resistance to antibiotics. It can result in wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732464/350wm/K0056896-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732464/preview/K0056896-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistant bacteriabacteriabacterialbacteriologybacteriumbiologicalbiologyblack backgroundcellcellscoccicoloredcolouredconditiondisorderdrug resistantfalse-coloredfalse-colouredgram-positivehaihospital acquiredhospital-acquired infectionshuman bodyimmune responseimmune systemimmunologicalinfectedinfectionmanymethicillin resistantmethicillin-resistant staphylococcus aureushttps://www.sciencephoto.com/media/732465/view/breast-cancer-cell-sem2018-11-06T15:36:49Z0.9K005/6897 Breast cancer cell, SEMK005/6897 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732465/350wm/K0056897-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732465/preview/K0056897-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblack backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732466/view/ceres-satellite-image2018-03-28T09:38:32Z0.9K005/6899 Ceres, satellite imageK005/6899 Ceres. Coloured satellite image of the dwarf planet Ceres, showing the difference in materials covering its surface. This clip zooms in to the prominent Occator impact crater, which contains the brightest features on the surface. The brightest white region on the crater floor is called Cerealia Facula, and is thought to be made up of sodium carbonate salt, produced by hydrothermal activity. Ceres is some 945 kilometres in diameter, making it by far the largest body in the asteroid belt. The asteroid belt is a region containing countless small rocky bodies, which lies between the orbits of Mars and Jupiter. This image was taken by the Framing Camera on NASA's Dawn space probe, which entered orbit around Ceres on 6th March 2015.https://www.sciencephoto.com/image/732466/350wm/K0056899-Ceres,_satellite_image-SPL.jpghttps://www.sciencephoto.com/image/732466/preview/K0056899-Ceres,_satellite_image-SPL.mp4302016-06-01Yes201521st century4kasteroidastronomicalastronomyastrophysicalastrophysicsbeltbrightcerealia faculacerescoloredcolouredcratercrateredcratersdawndwarffalse-colorfalse-colourfeaturefeaturesframing camerafrom spaceimpactminormissionnasaobservationoccatororbitinghttps://www.sciencephoto.com/media/732467/view/quartz-crystals-sem2018-11-06T15:34:50Z0.9K005/6900 Quartz crystals, SEMK005/6900 Quartz crystals, Animated coloured scanning electron micrograph (SEM). This silicate mineral is a form of silica (silicon dioxide).https://www.sciencephoto.com/image/732467/350wm/K0056900-Quartz_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732467/preview/K0056900-Quartz_crystals,_SEM-SPL.mp4302016-06-01Yes4kartworkbiologicalbiologybluechemicalchemistryclose-upcoloredcolouredcrystalcrystallinecrystallisedcrystalsdetailfalse-coloredfalse-colouredgeologicalgeologyillustrationmineralmineralogynatureno oneno-onenobodyquartzscanning electron micrographscanning electron microscopesemsilicasilicatehttps://www.sciencephoto.com/media/732468/view/mrsa-bacteria-sem2018-11-06T15:34:22Z0.9K005/6901 MRSA bacteria, SEMK005/6901 MRSA bacteria. Animated coloured scanning electron micrograph (SEM) of methicillin-resistant Staphylococcus aureus (MRSA) bacteria (round). MRSA is a Gram-positive, round (coccus) bacterium that is resistant to many commonly prescribed antibiotics. It is carried by around a third of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause severe illness due to its high resistance to antibiotics. It can result in wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732468/350wm/K0056901-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732468/preview/K0056901-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistant bacteriabacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoloredcolouredconditiondisorderdrug resistantfalse-coloredfalse-colouredgram-positivehaihospital acquiredhospital-acquired infectionshuman bodyimmune responseimmune systemimmunologicalinfectedinfectionmethicillin resistantmethicillin-resistant staphylococcus aureusmicro-organismmicro-organismshttps://www.sciencephoto.com/media/732469/view/quartz-crystals-sem2018-03-28T09:38:32Z0.9K005/6902 Quartz crystals, SEMK005/6902 Quartz crystals, Animated coloured scanning electron micrograph (SEM). This silicate mineral is a form of silica (silicon dioxide).https://www.sciencephoto.com/image/732469/350wm/K0056902-Quartz_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732469/preview/K0056902-Quartz_crystals,_SEM-SPL.mp4302016-06-01Yes4kblack backgroundchemicalchemistryclose-upcoloredcolouredcrystalcrystallinecrystallisedcrystalsdetailfalse-coloredfalse-colouredgeologicalgeologymineralmineralogynatureno-onenobodyorangequartzscanning electron micrographscanning electron microscopesemsilicatesilicon dioxidespecimenstill lifestill-lifeuhdhttps://www.sciencephoto.com/media/732470/view/breast-cancer-cells-sem2018-03-28T09:38:32Z0.9K005/6903 Breast cancer cells, SEMK005/6903 Animated coloured scanning electron micrograph (SEM) of breast cancer cells growing in culture. These are from the MCF-7 cell line. Magnification: x255 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732470/350wm/K0056903-Breast_cancer_cells,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732470/preview/K0056903-Breast_cancer_cells,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kabnormalbiologicalbiologybreast cancerbrown backgroundcancercancer cellcancerouscellscolouredconditionculturecultureddiseasedisorderfalse-colouredgrowinggrowthhistopathologicalhistopathologyillnessmalignancymalignantmcf 7mcf-7medicalmedicineno oneno-onehttps://www.sciencephoto.com/media/732471/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6904 Breast cancer cell, SEMK005/6904 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732471/350wm/K0056904-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732471/preview/K0056904-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblack backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732472/view/yeast-and-extracellular-matrix-sem2018-03-28T09:38:32Z0.9K005/6905 Yeast and extracellular matrix, SEMK005/6905 Animated coloured scanning electron micrograph (SEM) of Candida albicans yeast (orange) and extracellular matrix (ECM, green). ECM is found around multicellular aggregates of yeast cells, such as biofilms. It contains polysaccharides and proteins and helps the yeast adhere to surfaces and contributes to antifungal resistance. Candida albicans is a cause of thrush (candidiasis).https://www.sciencephoto.com/image/732472/350wm/K0056905-Yeast_and_extracellular_matrix,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732472/preview/K0056905-Yeast_and_extracellular_matrix,_SEM-SPL.mp4302016-06-01Yes4kbiofilmbiologicalbiologyblack backgroundcandida albicanscolouredecmepsextracellular matrixextracellular polymeric substancefalse-colouredfungalfungusmicrobiologicalmicrobiologymycologicalmycologyno-onenobodypathogenpathogenicpolysaccharidesproteinsscanning electron micrographscanning electron microscopesemthrushuhdyeastyecmhttps://www.sciencephoto.com/media/732473/view/breast-cancer-cells-sem2018-03-28T09:38:32Z0.9K005/6906 Breast cancer cells, SEMK005/6906 Animated coloured scanning electron micrograph (SEM) of breast cancer cells growing in culture. These are from the MCF-7 cell line. Magnification: x255 when printed at 10 centimetres tall.https://www.sciencephoto.com/image/732473/350wm/K0056906-Breast_cancer_cells,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732473/preview/K0056906-Breast_cancer_cells,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kabnormalbiologicalbiologybreast cancerbrown backgroundcancercancer cellcancerouscellscolouredconditionculturecultureddiseasedisorderfalse-colouredgrowinggrowthhistopathologicalhistopathologyillnessmalignancymalignantmcf 7mcf-7medicalmedicineno oneno-onehttps://www.sciencephoto.com/media/732474/view/oral-bacteria-sem2018-11-06T15:34:00Z0.9K005/6907 Oral bacteria, SEMK005/6907 Oral bacteria. Animated coloured scanning electron micrograph (SEM) of mixed oral bacteria (Streptococcus, round) and bacilli bacteria, with the intercellular strands being eDNA (extracellular deoxyribonucleic acid).https://www.sciencephoto.com/image/732474/350wm/K0056907-Oral_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732474/preview/K0056907-Oral_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacillibacilli bacteriabacillusbacteriabacteriologybacteriumbiologicalbiologycoccicoccuscoloureddeoxyribonucleic aciddnaednaextracellularextracellular deoxyribonucleic acidfalse-colouredillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobiologicalmicrobiologymicroorganismmicroorganismsmixedmouthno oneno-onehttps://www.sciencephoto.com/media/732475/view/fungal-cells-sem2018-03-28T09:38:32Z0.9K005/6908 Fungal cells, SEMK005/6908 Animated coloured scanning electron micrograph (SEM) of fungal cells. The round structures are sporangia, which house the fungus' reproductive cells (spores). Magnification: x280 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732475/350wm/K0056908-Fungal_cells,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732475/preview/K0056908-Fungal_cells,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kasexual reproductionbiologicalbiologycellscolouredfalse-colouredfungalfungifungusgrowinggrowthhyphahyphaemycologyno oneno-onenobodyreproductionreproductivescanning electron micrographscanning electron microscopesemsporangiasporangiumsporesthree dimensionaluhdhttps://www.sciencephoto.com/media/732476/view/streptococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6909 Streptococcus bacteria, SEMK005/6909 Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus bacteria. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans.https://www.sciencephoto.com/image/732476/350wm/K0056909-Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732476/preview/K0056909-Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacteriabacterialbacteriologybacteriumbiologicalbiologyblack backgroundcellcellschaincoccicoccuscolouredcut outcut outscut-outcut-outscutoutcutoutsfalse-colouredgram-positivemicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismshttps://www.sciencephoto.com/media/732477/view/mrsa-bacteria-sem2018-11-06T15:32:57Z0.9K005/6910 MRSA bacteria, SEMK005/6910 MRSA bacteria, Animated coloured scanning electron micrograph (SEM). Methicillin-resistant Staphylococcus aureus (MRSA, yellow) is a Gram-positive, round (coccus) bacterium. It is resistant to many commonly prescribed antibiotics. S. aureus is carried by around 30 per cent of the population without causing any symptoms. However, in vulnerable people, such as those that have recently had surgery, it can cause wound infections, pneumonia and blood poisoning.https://www.sciencephoto.com/image/732477/350wm/K0056910-MRSA_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732477/preview/K0056910-MRSA_bacteria,_SEM-SPL.mp4302016-06-01Yes4kantibiotic resistantbacteriabacterialbacteriologybacteriumbiofilmbiologicalbiologybrown backgroundcoccicoccuscolouredfalse-colouredgram positivegram-positivehaihospital-acquired infectionmethicillin-resistantmicro-organismmicrobemicrobiologicalmicrobiologymrsano-onenobodynosocomialpathogenscanning electron micrographscanning electron microscopesemstaphylococcus aureushttps://www.sciencephoto.com/media/732478/view/streptomyces-coelicoflavus-bacteria-sem2018-11-06T15:37:31Z0.9K005/6911 Streptomyces coelicoflavus bacteria, SEMK005/6911 Streptomyces coelicoflavus bacteria. Animated coloured scanning electron micrograph (SEM) of Streptomyces coelicoflavus bacteria (strands) and chains of Streptococcus bacteria (round). Streptomyces coelicoflavus is a filamentous soil bacterium. Streptococcus bacteria are an example of cocci (round bacteria) that form chains.https://www.sciencephoto.com/image/732478/350wm/K0056911-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732478/preview/K0056911-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscolouredfalse-colouredfilamentousgram-positiveillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno oneno-onenobodypathogenpathogenshttps://www.sciencephoto.com/media/732479/view/streptomyces-coelicoflavus-bacteria-sem2018-11-06T15:30:44Z0.9K005/6912 Streptomyces coelicoflavus bacteria, SEMK005/6912 Streptomyces coelicoflavus bacteria. Animated coloured scanning electron micrograph (SEM) of strands of Streptomyces coelicoflavus bacteria. Streptomyces coelicoflavus is a filamentous soil bacterium.https://www.sciencephoto.com/image/732479/350wm/K0056912-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732479/preview/K0056912-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoelicoflavuscolouredfalse-colouredfilamentousgram-positiveillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno oneno-onenobodypathogenpathogenshttps://www.sciencephoto.com/media/732480/view/fungal-cells-sem2018-03-28T09:38:32Z0.9K005/6913 Fungal cells, SEMK005/6913 Animated coloured scanning electron micrograph (SEM) of fungal cells. At centre is a sporangium, which houses the fungus' reproductive cells (spores).https://www.sciencephoto.com/image/732480/350wm/K0056913-Fungal_cells,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732480/preview/K0056913-Fungal_cells,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kasexual reproductionbiologicalbiologycellscolouredfalse-colouredfungalfungifungusgrowinggrowthhyphahyphaemycologyno oneno-onenobodyreproductionreproductivescanning electron micrographscanning electron microscopesemsporangiasporangiumsporesthree dimensionaluhdhttps://www.sciencephoto.com/media/732481/view/saliva-and-bacteria-sem2018-11-06T15:34:02Z0.9K005/6914 Saliva and bacteria, SEMK005/6914 Saliva and bacteria. Animated coloured scanning electron micrograph (SEM) of a bacterial biofilm from saliva. The cluster of round bacteria (cocci) are linked together by stands of eDNA (extracellular deoxyribonucleic acid). The eDNA helps the biofilm to adhere to oral surfaces and contributes to antimicrobial resistance. Embedded in the biofilm are Aliivibrio fischeri bacteria (rod-shaped).https://www.sciencephoto.com/image/732481/350wm/K0056914-Saliva_and_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732481/preview/K0056914-Saliva_and_bacteria,_SEM-SPL.mp4302016-06-01Yes4kaliivibrio fischeribacteriabacterialbacteriologybacteriumbiofilmbiologicalbiologyblack backgroundcellcellsclustercoccicoccuscolouredcut outcut outscut-outcut-outscutoutcutoutsdeoxyribonucleic aciddigestive fluidsdnaednaextracellular dnafalse-colouredgram-negativegram-positivemicro-organismmicro-organismshttps://www.sciencephoto.com/media/732482/view/streptomyces-thermophilic-bacteria-sem2018-11-06T15:34:43Z0.9K005/6915 Streptomyces thermophilic bacteria, SEMK005/6915 Streptomyces thermophilic bacteria. Animated coloured scanning electron micrograph (SEM) of strands of Streptomyces thermoviolaceus bacteria. S. thermoviolaceus is a filamentous thermophilic actinomycete bacterium, found in the soil and on decaying wood.https://www.sciencephoto.com/image/732482/350wm/K0056915-Streptomyces_thermophilic_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732482/preview/K0056915-Streptomyces_thermophilic_bacteria,_SEM-SPL.mp4302016-06-01Yes4kactinomycetebacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscolouredfalse-colouredfilamentousgram-positivemicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno-onenobodypathogenpathogenspurple and bluescanning electron micrographscanning electron microscopesemhttps://www.sciencephoto.com/media/732483/view/lactobacillus-bacteria-sem2018-11-06T15:35:54Z0.9K005/6916 Lactobacillus bacteria, SEMK005/6916 Lactobacillus bacteria, Animated coloured scanning electron micrograph (SEM). These bacteria are a natural non-pathogenic component of the flora of the human intestines and vagina. They produce lactic acid through the fermentation of carbohydrates. This helps to maintain an acidic environment that is hostile to pathogenic (disease-causing) bacteria. Lactobacilli are also found in milk and fermented products such as yoghurts.https://www.sciencephoto.com/image/732483/350wm/K0056916-Lactobacillus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732483/preview/K0056916-Lactobacillus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kacidicbacillibacillusbacteriabacterialbacteriologybacteriumbiologycolouredfalse-colouredfermentationfermented productsflorafoodgram-positivehealthyhuman bodyintestinalintestineslactic acidlactobacillilactobacillusmicro-organismmicro-organismsmicrobemicrobialmicrobiologicalmicrobiologymicrobiomemicrobiotamicroflorahttps://www.sciencephoto.com/media/732484/view/lunar-surface2018-11-06T15:35:09Z0.9K005/6917 Lunar surfaceK005/6917 Photograph of the lunar surface taken by Apollo 15 astronaut James (Jim) Irwin. In the background is an area of the Apennine mountains named Swann Range by the crew, in honour of the mission's geology team leader Gordon Swann. The Apollo 15 mission was the fourth to land on the Moon. Two of the crew (David Scott and James Irwin) spent nearly three days on the Moon from 30th July to 2nd August 1971, while the remaining crew member Alfred Worden remained in orbit.https://www.sciencephoto.com/image/732484/350wm/K0056917-Lunar_surface-SPL.jpghttps://www.sciencephoto.com/image/732484/preview/K0056917-Lunar_surface-SPL.mp4302016-06-01Yes1900s1970s197120th century4kapollo 15apollo fifteenapollo programappenine mountainsastronomicalastronomyblack-and-whitehadley apenninelandscapelunar surfacemanned spaceflightmonmonochromemoonmountain rangemountainsprogrammerockrocksrockysolar systemspacespace flightswann rangeuhdhttps://www.sciencephoto.com/media/732485/view/yeast-and-extracellular-matrix-sem2018-11-06T15:36:40Z0.9K005/6918 Yeast and extracellular matrix, SEMK005/6918 Animated coloured scanning electron micrograph (SEM) of Candida albicans yeast (orange) and extracellular matrix (ECM, brown). ECM is found around multicellular aggregates of yeast cells, such as biofilms. It contains polysaccharides and proteins and helps the yeast adhere to surfaces and contributes to antifungal resistance. Candida albicans is a cause of thrush (candidiasis).https://www.sciencephoto.com/image/732485/350wm/K0056918-Yeast_and_extracellular_matrix,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732485/preview/K0056918-Yeast_and_extracellular_matrix,_SEM-SPL.mp4302016-06-01Yes4kbiofilmbiologicalbiologycandida albicanscolouredecmepsextracellular matrixextracellular polymeric substancefalse-colouredfungalfungusgrey backgroundmicrobiologicalmicrobiologymycologicalmycologyno-onenobodypathogenpathogenicpolysaccharidesproteinsscanning electron micrographscanning electron microscopesemthrushuhdyeastyecmhttps://www.sciencephoto.com/media/732486/view/yeast-extracellular-matrix-sem2018-03-28T09:38:32Z0.9K005/6919 Yeast extracellular matrix, SEMK005/6919 Animated coloured scanning electron micrograph (SEM) of the extracellular matrix (ECM) found around multicellular aggregates of yeast cells, such as biofilms. The ECM contains polysaccharides and proteins. It helps the yeast adhere to surfaces and contributes to antifungal resistance. This ECM was secreted by Candida albicans yeast.https://www.sciencephoto.com/image/732486/350wm/K0056919-Yeast_extracellular_matrix,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732486/preview/K0056919-Yeast_extracellular_matrix,_SEM-SPL.mp4302016-06-01Yes4kbiofilmbiologicalbiologybrown backgroundcolouredecmepsextracellular matrixextracellular polymeric substancefalse-colouredfungalfungusmicrobiologicalmicrobiologymycologicalmycologyno-onenobodypolysaccharidesproteinsscanning electron micrographscanning electron microscopesemuhdyeastyecmhttps://www.sciencephoto.com/media/732487/view/zinc-oxide-crystals-sem2018-03-28T09:38:32Z0.9K005/6920 Zinc oxide crystals, SEMK005/6920 Animated coloured scanning electron micrograph (SEM) of crystals of zinc oxide (ZnO). This is a white powder that is used as a pigment in paints and in topical applications for minor skin irritations, where it acts as a protective coating. Magnification: x930 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732487/350wm/K0056920-Zinc_oxide_crystals,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732487/preview/K0056920-Zinc_oxide_crystals,_SEM-SPL.mp4302016-06-01Yes4kchemicalchemistrycolouredcompoundcrystalcrystalsfalse-colouredmetalpigmentprotective coatingscanning electron micrographscanning electron microscopesemtopicaluhdzinc oxidezincitehttps://www.sciencephoto.com/media/732488/view/streptococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6921 Streptococcus bacteria, SEMK005/6921 Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus bacteria. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans.https://www.sciencephoto.com/image/732488/350wm/K0056921-Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732488/preview/K0056921-Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscolouredfalse-colouredgram-positivemicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno-onenobodypathogenpathogensscanning electron micrographscanning electron microscopesemstreptococcihttps://www.sciencephoto.com/media/732489/view/streptomyces-thermophilic-bacteria-sem2018-11-06T15:33:53Z0.9K005/6922 Streptomyces thermophilic bacteria, SEMK005/6922 Streptomyces thermophilic bacteria. Animated coloured scanning electron micrograph (SEM) of strands of Streptomyces thermoviolaceus bacteria. S. thermoviolaceus is a filamentous thermophilic actinomycete bacterium, found in the soil and on decaying wood.https://www.sciencephoto.com/image/732489/350wm/K0056922-Streptomyces_thermophilic_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732489/preview/K0056922-Streptomyces_thermophilic_bacteria,_SEM-SPL.mp4302016-06-01Yes4kactinomycetebacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscolouredfalse-colouredfilamentousgram-positivegreen and bluemicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno-onenobodypathogenpathogensscanning electron micrographscanning electron microscopesemhttps://www.sciencephoto.com/media/732490/view/streptococcus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6923 Streptococcus bacteria, SEMK005/6923 Streptococcus bacteria. Animated coloured scanning electron micrograph (SEM) of chains of Streptococcus bacteria. Streptococcus bacteria are an example of cocci (round bacteria) that form chains. There are over 50 species of Streptococcus bacteria, some of which cause disease in humans.https://www.sciencephoto.com/image/732490/350wm/K0056923-Streptococcus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732490/preview/K0056923-Streptococcus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellschainsclusterscoccicoccuscolouredfalse-colouredgram-positivemanymicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsmultipleno-onenobodypathogenpathogenshttps://www.sciencephoto.com/media/732491/view/e-coli-bacteria-sem2018-11-06T15:33:34Z0.9K005/6924 E coli bacteria, SEMK005/6924 Animated coloured scanning electron micrograph (SEM) of Escherichia coli bacteria. Magnification: x27,800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732491/350wm/K0056924-E_coli_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732491/preview/K0056924-E_coli_bacteria,_SEM-SPL.mp4302016-06-01Yes3 dimensional3d4kbacillibacillusbacteriabacterialbacteriologybacteriumbiologicalbiologycolourede coliescherichia colifalse-colouredmicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismno oneno-onenobodypathogenpathogenicprokaryoteprokaryoticrod shapedrod-shapedscanning electron micrographscanning electron microscopehttps://www.sciencephoto.com/media/732492/view/rod-shaped-bacteria-sem2018-03-28T09:38:32Z0.9K005/6968 Rod-shaped bacteria, SEMK005/6968 Animated coloured scanning electron micrograph (SEM) of rod-shaped (bacillus) bacteria. The tubes connecting the bacteria are pili, which are used to transfer genetic material between bacteria in a process known as conjunction.https://www.sciencephoto.com/image/732492/350wm/K0056968-Rod-shaped_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732492/preview/K0056968-Rod-shaped_bacteria,_SEM-SPL.mp4302016-06-01Yes3d4kbacillibacillusbacteriabacterialbacteriumbiologicalbiologyblack backgroundcolouredconjugatingconjugationfalse-colouredgenetic transfermagnifiedmicro-organismmicrobemicrobialmicrobiologicalmicrobiologymicroorganismmicroscopicno-onenobodypilipurple backgroundreproducingrod shapedrod-shapedscanning electron micrographscanning electron microscopehttps://www.sciencephoto.com/media/732493/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6969 Breast cancer cell, SEMK005/6969 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x800 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732493/350wm/K0056969-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732493/preview/K0056969-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblack backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732494/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6970 Breast cancer cell, SEMK005/6970 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x1,150 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732494/350wm/K0056970-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732494/preview/K0056970-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblue backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732495/view/mumbai-satellite-photograph-20152018-11-06T15:33:50Z0.9K005/6971 Mumbai, satellite photograph, 2015K005/6971 Mumbai, India, satellite photograph, 2015. Taken on 10th February 2015 by the Landsat 8 satellite.https://www.sciencephoto.com/image/732495/350wm/K0056971-Mumbai,_satellite_photograph,_2015-SPL.jpghttps://www.sciencephoto.com/image/732495/preview/K0056971-Mumbai,_satellite_photograph,_2015-SPL.mp4302016-06-01Yes10/2/201510th february 2015201521st centuryafricaasiancityearth observationindialandsat 8mumbaisatellitesatellite imagehttps://www.sciencephoto.com/media/732496/view/sao-paulo-satellite-photograph-20152018-10-20T00:31:07Z0.9K005/6972 Sao Paulo, satellite photograph, 2015K005/6972 Sao Paulo, Brazil, satellite photograph, 2015. Taken on 10th January 2015 by the Landsat 8 satellite.https://www.sciencephoto.com/image/732496/350wm/K0056972-Sao_Paulo,_satellite_photograph,_2015-SPL.jpghttps://www.sciencephoto.com/image/732496/preview/K0056972-Sao_Paulo,_satellite_photograph,_2015-SPL.mp4302016-06-01Yes10th january 2015201521st centurybrazilcityearth observationlandsat 8sao paulosatellitesatellite imagesouth americahttps://www.sciencephoto.com/media/732497/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6973 Breast cancer cell, SEMK005/6973 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x930 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732497/350wm/K0056973-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732497/preview/K0056973-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblack backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732498/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6974 Breast cancer cell, SEMK005/6974 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x400 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732498/350wm/K0056974-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732498/preview/K0056974-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblue backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732499/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6975 Breast cancer cell, SEMK005/6975 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x930 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732499/350wm/K0056975-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732499/preview/K0056975-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredgreen backgroundhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732500/view/bangkok-thailand-satellite-image2018-10-20T00:31:07Z0.9K005/6976 Bangkok, Thailand, satellite imageK005/6976 Bangkok, Thailand. Satellite image centred on Bangkok, the capital city of Thailand, showing the Bang Kachao conservation area (dark, lower centre) surrounded by an old meander of the Chao Phraya River (dark line, vertical). Bang Kachao is a lush protected area that has escaped the dense development seen elsewhere in Bangkok. The Bay of Bangkok (Bight of Bangkok, bottom) and Suvarnabhumi airport (rectangular, lower centre-right) can also be seen. Imaged by the Operational Land Imager (OLI) onboard the Landsat 8 satellite.https://www.sciencephoto.com/image/732500/350wm/K0056976-Bangkok,_Thailand,_satellite_image-SPL.jpghttps://www.sciencephoto.com/image/732500/preview/K0056976-Bangkok,_Thailand,_satellite_image-SPL.mp4302016-06-01Yes201521st century27 july27/06/201527thalluvial plainbang kachaobang kra jaobang krachaobangkokbay of bangkokbendbight of bangkokcapital citychao phraya rivercoastcoastalconservation areaearth observationfrom spacegeographicalgulf of thailandlandformlandsat 8 satellitemeanderno-onenobodyolioperational land imagerphysical geographyprotected regionregionhttps://www.sciencephoto.com/media/732501/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6977 Breast cancer cell, SEMK005/6977 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x1,150 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732501/350wm/K0056977-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732501/preview/K0056977-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalblue backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732502/view/shanghai-satellite-photo-20152018-10-20T00:31:07Z0.9K005/6978 Shanghai, satellite photo, 2015K005/6978 Shanghai, satellite photo, 2015. Taken on the 12th March 2015 by the Landsat 8 satellite.https://www.sciencephoto.com/image/732502/350wm/K0056978-Shanghai,_satellite_photo,_2015-SPL.jpghttps://www.sciencephoto.com/image/732502/preview/K0056978-Shanghai,_satellite_photo,_2015-SPL.mp4302016-06-01Yes12/3/201512th march201521st centuryasiaasianchinacityearth observationlandsat 8satellitesatellite imageshanghaihttps://www.sciencephoto.com/media/732503/view/oral-bacteria-sem2018-03-28T09:38:32Z0.9K005/6979 Oral bacteria, SEMK005/6979 Oral bacteria. Animated coloured scanning electron micrograph (SEM) of mixed oral bacteria, consisting mostly of rod-shaped bacteria (bacilli) and filamentous bacteria.https://www.sciencephoto.com/image/732503/350wm/K0056979-Oral_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732503/preview/K0056979-Oral_bacteria,_SEM-SPL.mp4302016-06-01Yesartworkbacilibacillusbacteriabacteriologybacteriumbiologicalbiologycolouredfalse-colouredfilamentousillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobiologicalmicrobiologymicroorganismmicroorganismsmixedmouthno oneno-onenobodyoraloral bacteriascanning electron micrographscanning electron microscopesemhttps://www.sciencephoto.com/media/732504/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6980 Breast cancer cell, SEMK005/6980 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x1,150 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732504/350wm/K0056980-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732504/preview/K0056980-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologypink backgroundscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732505/view/streptomyces-coelicoflavus-bacteria-sem2018-03-28T09:38:32Z0.9K005/6981 Streptomyces coelicoflavus bacteria, SEMK005/6981 Streptomyces coelicoflavus bacteria. Animated coloured scanning electron micrograph (SEM) of Streptomyces coelicoflavus bacteria (strands) and chains of Streptococcus bacteria (round). Streptomyces coelicoflavus is a filamentous soil bacterium. Streptococcus bacteria are an example of cocci (round bacteria) that form chains.https://www.sciencephoto.com/image/732505/350wm/K0056981-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732505/preview/K0056981-Streptomyces_coelicoflavus_bacteria,_SEM-SPL.mp4302016-06-01Yes4kartworkbacteriabacterialbacteriologybacteriumbiologicalbiologycellcellscoccicoccuscolouredfalse-colouredfilamentousgram-positiveillustrationmicro-organismmicro-organismsmicrobemicrobesmicrobialmicrobiologicalmicrobiologymicrofloramicroorganismmicroorganismsno oneno-onenobodypathogenpathogenshttps://www.sciencephoto.com/media/732506/view/breast-cancer-cell-sem2018-11-06T15:33:36Z0.9K005/6982 Breast cancer cell, SEMK005/6982 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x400 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732506/350wm/K0056982-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732506/preview/K0056982-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalbeige backgroundcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologyscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/732507/view/breast-cancer-cell-sem2018-03-28T09:38:32Z0.9K005/6983 Breast cancer cell, SEMK005/6983 Animated coloured scanning electron micrograph (SEM) of a breast cancer cell growing in culture. It is from the MCF-7 cell line. Magnification: x930 when printed at 10 centimetres wide.https://www.sciencephoto.com/image/732507/350wm/K0056983-Breast_cancer_cell,_SEM-SPL.jpghttps://www.sciencephoto.com/image/732507/preview/K0056983-Breast_cancer_cell,_SEM-SPL.mp4302016-06-01Yes4kabnormalcancer cellcancerouscolouredconditionculturecultureddiseasedisorderfalse-colouredhistopathologicalhistopathologymalignancymalignantmcf-7medicalmedicineoncologypink backgroundscanning electron micrographscanning electron microscopesemuhdunhealthyhttps://www.sciencephoto.com/media/733031/view/jellyfish-sting-on-woman-s-arm2018-03-28T09:38:32Z0.9K004/8619 Jellyfish sting on woman's armK004/8619 Young woman showing a jellyfish sting on her arm, and describing its stinging. Jellyfish have tentacles bearing stinging cells called nematocysts, which fire tiny venom-laden harpoons into the skin. They use these to catch fish and other marine animals. The vary widely in their effect on humans, from no effect at all to a quick death. Filmed on a dive boat in Thailand.https://www.sciencephoto.com/image/733031/350wm/K0048619-Jellyfish_sting_on_woman_s_arm-SPL.jpghttps://www.sciencephoto.com/image/733031/preview/K0048619-Jellyfish_sting_on_woman_s_arm-SPL.mp48.562016-06-03Yesacheanimalarmattackboatcnidariacnidariancoelenteratedeckdescribingdiscomfortdive boatdiverdivingfaunaholidayindo-pacificinflamedinflammationjellyfishleisuremarinemarkmedicalmedicineoceanpainpainfulrashriskscubaseahttps://www.sciencephoto.com/media/733032/view/jellyfish-sting-on-woman-s-arm2018-03-28T09:38:32Z0.9K004/8634 Jellyfish sting on woman's armK004/8634 Young woman showing a jellyfish sting on her arm, and describing its stinging. Jellyfish have tentacles bearing stinging cells called nematocysts, which fire tiny venom-laden harpoons into the skin. They use these to catch fish and other marine animals. The vary widely in their effect on humans, from no effect at all to a quick death. Filmed on a dive boat in Thailand.https://www.sciencephoto.com/image/733032/350wm/K0048634-Jellyfish_sting_on_woman_s_arm-SPL.jpghttps://www.sciencephoto.com/image/733032/preview/K0048634-Jellyfish_sting_on_woman_s_arm-SPL.mp482016-06-03Yesacheanimalarmattackboatcnidariacnidariancoelenteratedeckdescribingdiscomfortdive boatdiverdivingfaunaholidayindo-pacificinflamedinflammationjellyfishleisuremarinemarkmedicalmedicineoceanpainpainfulrashriskscubaseahttps://www.sciencephoto.com/media/733033/view/human-skull-rotating-animation2018-11-06T15:32:33Z0.9K005/7014 Human skull rotating, animationK005/7014 Human skull rotating on a white background, animation.https://www.sciencephoto.com/image/733033/350wm/K0057014-Human_skull_rotating,_animation-SPL.jpghttps://www.sciencephoto.com/image/733033/preview/K0057014-Human_skull_rotating,_animation-SPL.mp424.012016-06-03Yesanatomicalanatomyanimatedanimationbiologicalbiologybonebonescervicalcranialcraniumcut outcut outscut-outcut-outscutoutcutoutsfaceheadhealthyjawmandibleneckno-onenobodynormalorbitorbitsskeletonskullstructuresystemhttps://www.sciencephoto.com/media/733034/view/human-skull-rotating-animation2018-03-28T09:38:32Z0.9K005/7015 Human skull rotating, animationK005/7015 Human skull rotating on a black background, animation.https://www.sciencephoto.com/image/733034/350wm/K0057015-Human_skull_rotating,_animation-SPL.jpghttps://www.sciencephoto.com/image/733034/preview/K0057015-Human_skull_rotating,_animation-SPL.mp424.012016-06-03Yesanatomicalanatomyanimatedanimationbiologicalbiologyblack backgroundbonebonescervicalcranialcraniumcut outcut outscut-outcut-outscutoutcutoutsfaceheadhealthyjawmandibleneckno-onenobodynormalorbitorbitsskeletonskullstructurehttps://www.sciencephoto.com/media/733035/view/photosynthesis-in-cyanobacteria2018-11-06T15:31:06Z0.9K005/7070 Photosynthesis in cyanobacteriaK005/7070 Timelapse microscope footage of a mat of cyanobacteria bubbling as it produces oxygen through photosynthesis. Photosynthesis is the process by which organisms use the energy of sunlight to turn atmospheric carbon dioxide into energy-rich sugars, releasing oxygen as a waste product. Cyanobacteria were the first photosynthetic organisms on Earth, and were responsible for oxygenating the atmosphere some 2.3 billion years ago. It is thought that the chloroplasts found in plant cells derived from symbiotic cyanobacteria that lived within the cells of the ancestors of plants and algae.https://www.sciencephoto.com/image/733035/350wm/K0057070-Photosynthesis_in_cyanobacteria-SPL.jpghttps://www.sciencephoto.com/image/733035/preview/K0057070-Photosynthesis_in_cyanobacteria-SPL.mp427.082016-06-03Yes4kalgal mataquaticatmospherebiochemicalbiochemistrybiologicalbiologyblue greenblue-green algaebubblebubblesbubblingclose-upcyanobacteriademonstratingdemonstrationdetaileducationeducationalenergygreenlightmatsmicroscopyoxygenoxygenationprokaryoteprokaryoticreactionsciencesped uphttps://www.sciencephoto.com/media/733073/view/photosynthesis-in-cyanobacteria2018-11-06T15:31:27Z0.9K005/7071 Photosynthesis in cyanobacteriaK005/7071 Timelapse microscope footage of a mat of cyanobacteria bubbling as it produces oxygen through photosynthesis. Photosynthesis is the process by which organisms use the energy of sunlight to turn atmospheric carbon dioxide into energy-rich sugars, releasing oxygen as a waste product. Cyanobacteria were the first photosynthetic organisms on Earth, and were responsible for oxygenating the atmosphere some 2.3 billion years ago. It is thought that the chloroplasts found in plant cells derived from symbiotic cyanobacteria that lived within the cells of the ancestors of plants and algae.https://www.sciencephoto.com/image/733073/350wm/K0057071-Photosynthesis_in_cyanobacteria-SPL.jpghttps://www.sciencephoto.com/image/733073/preview/K0057071-Photosynthesis_in_cyanobacteria-SPL.mp417.082016-06-04Yesalgal mataquaticatmospherebiochemicalbiochemistrybiologicalbiologyblue greenblue-green algaebubblebubblesbubblingclose-upcyanobacteriademonstratingdemonstrationdetaileducationeducationalenergygreenlightmatsmicroscopyoxygenoxygenationprokaryoteprokaryoticreactionsciencesped upspeeded uphttps://www.sciencephoto.com/media/733074/view/skydiver-terminal-velocity-animation2018-03-28T09:38:32Z0.9K005/2250 Skydiver terminal velocity, animationK005/2250 Animation of a skydiver showing the effects of gravity and drag on terminal velocity. After jumping, the skydiver accelerates due to gravity, at nearly 10 metres per second per second. However, the opposing force of drag due to air resistance also increases with speed, and when it balances gravity the acceleration stops and the velocity is steady. This is known as terminal velocity. The drag force is relative to a falling body's area perpendicular to the fall. When the parachute opens, the surface area greatly increases, reducing the terminal velocity to a level at which it is safe to land.https://www.sciencephoto.com/image/733074/350wm/K0052250-Skydiver_terminal_velocity,_animation-SPL.jpghttps://www.sciencephoto.com/image/733074/preview/K0052250-Skydiver_terminal_velocity,_animation-SPL.mp414.092016-06-06Yesaccelerationaeroplaneair resistanceairplaneanimatedanimationbalanceddragdroppingeducationeducationalequalfallfallingforceforcesfreegravityhumanjumpingno-onenobodyparachuteparachute jumpparachutingparachutistpeoplepersonphysicalphysicsplaneskyhttps://www.sciencephoto.com/media/733289/view/ciliates-on-filamentous-green-alga2018-03-28T09:38:32Z0.9K005/6518 Ciliates on filamentous green algaK005/6518 Ciliates on algae. Light microscope footage of ciliate protozoa moving along a filament of green alga. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733289/350wm/K0056518-Ciliates_on_filamentous_green_alga-SPL.jpghttps://www.sciencephoto.com/image/733289/preview/K0056518-Ciliates_on_filamentous_green_alga-SPL.mp474.222016-06-09Yes1 minute or greateralgaalgaealgalaquaticbiologicalbiologybotanicalbotanybrightfield illuminationcellciliaciliate protozoanciliatedciliumfaunafilamentfilamentous green algaefreshwatergreenhighwayinvertebrateinvertebrateslight micrographlight microscopelight microscopylmlocomotionmanymicrobiologicalmicrobiologymicroscopichttps://www.sciencephoto.com/media/733290/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6519 Vorticella colony on plant stalkK005/6519 Vorticella. Light microscope footage of numerous Vorticella sp. ciliate protozoans (white) attached to a green plant stalk. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material.https://www.sciencephoto.com/image/733290/350wm/K0056519-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733290/preview/K0056519-Vorticella_colony_on_plant_stalk-SPL.mp420.182016-06-09Yes20 seconds or greateraquaticbiologicalbiologyblack backgroundcellciliaciliateciliophoracolonydarkfield illuminationeukaryotefaunafeedingfilter feederfilter feedinginvertebrateinvertebrateslightlight microscopelight microscopylmmanymicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmultiplehttps://www.sciencephoto.com/media/733291/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6520 Stentor feeding, light microscopyK005/6520 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/733291/350wm/K0056520-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733291/preview/K0056520-Stentor_feeding,_light_microscopy-SPL.mp436.122016-06-09Yes130 seconds or greateranimalculebiologicalbiologycellciliaciliateciliumfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnatureno-onenobodyhttps://www.sciencephoto.com/media/733292/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6521 Stentor feeding, light microscopyK005/6521 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733292/350wm/K0056521-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733292/preview/K0056521-Stentor_feeding,_light_microscopy-SPL.mp415.092016-06-09Yes110 seconds or greateranimalculebiologicalbiologybrightfield illuminationcellciliaciliateciliumfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnatureno-onehttps://www.sciencephoto.com/media/733293/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6522 Vorticella colony on plant stalkK005/6522 Vorticella. Light microscope footage of numerous Vorticella sp. ciliate protozoans (white) attached to a green plant stalk. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material.https://www.sciencephoto.com/image/733293/350wm/K0056522-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733293/preview/K0056522-Vorticella_colony_on_plant_stalk-SPL.mp456.222016-06-09Yes50 seconds or greateraquaticbiologicalbiologyblack backgroundcellciliaciliateciliophoracolonydarkfield illuminationeukaryotefaunafeedingfilter feederfilter feedinginvertebrateinvertebrateslightlight microscopelight microscopylmmanymicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmultiplehttps://www.sciencephoto.com/media/733294/view/ciliates-moving-on-green-algae-filaments2018-03-28T09:38:32Z0.9K005/6523 Ciliates moving on green algae filamentsK005/6523 Ciliates on algae. Light microscope footage of ciliate protozoa moving about along filaments of green algae. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia.https://www.sciencephoto.com/image/733294/350wm/K0056523-Ciliates_moving_on_green_algae_filaments-SPL.jpghttps://www.sciencephoto.com/image/733294/preview/K0056523-Ciliates_moving_on_green_algae_filaments-SPL.mp418.152016-06-09Yes10 seconds or greateralgaalgaealgalaquaticbiologicalbiologybotanicalbotanycellciliaciliate protozoanciliatedciliumdarkfield illuminationfaunafilamentfilamentous green algaefreshwatergreenhighwayinvertebrateinvertebrateslight micrographlight microscopelight microscopylmlocomotionmanymicrobiologicalmicrobiologymicroscopichttps://www.sciencephoto.com/media/733295/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6524 Stentor feeding, light microscopyK005/6524 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733295/350wm/K0056524-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733295/preview/K0056524-Stentor_feeding,_light_microscopy-SPL.mp432.162016-06-09Yes130 seconds or greateranimalculebiologicalbiologybrightfield illuminationcellciliaciliateciliumfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnatureno-onehttps://www.sciencephoto.com/media/733296/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6525 Vorticella colony on plant stalkK005/6525 Vorticella. Light microscope footage of numerous Vorticella sp. ciliate protozoans (white) attached to a green plant stalk. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material.https://www.sciencephoto.com/image/733296/350wm/K0056525-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733296/preview/K0056525-Vorticella_colony_on_plant_stalk-SPL.mp418.172016-06-09Yes10 seconds or greateraquaticbiologicalbiologyblack backgroundcellciliaciliateciliophoracolonydarkfield illuminationeukaryotefaunafeedingfilter feederfilter feedinginvertebrateinvertebrateslightlight microscopelight microscopylmmanymicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmultiplehttps://www.sciencephoto.com/media/733297/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6526 Stentor feeding, light microscopyK005/6526 Stentor. Light microscope footage of several ciliate protozoans, Stentor sp., feeding. Stentor is a genus of filter-feeding freshwater protozoans which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of each organism to sweep in food and aid in swimming. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733297/350wm/K0056526-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733297/preview/K0056526-Stentor_feeding,_light_microscopy-SPL.mp4108.152016-06-09Yes11 minute or greateranimalculebiologicalbiologybrightfield illuminationcellciliaciliateciliumfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnatureno-onehttps://www.sciencephoto.com/media/733298/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6527 Vorticella colony on plant stalkK005/6527 Vorticella. Light microscope footage of numerous Vorticella sp. ciliate protozoans (white) attached to a green plant stalk. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material.https://www.sciencephoto.com/image/733298/350wm/K0056527-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733298/preview/K0056527-Vorticella_colony_on_plant_stalk-SPL.mp4452016-06-09Yes40 seconds or greateraquaticbiologicalbiologyblack backgroundcellciliaciliateciliophoracolonydarkfield illuminationeukaryotefaunafeedingfilter feederfilter feedinginvertebrateinvertebrateslightlight microscopelight microscopylmmanymicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmultiplehttps://www.sciencephoto.com/media/733299/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6636 Stentor feeding, light microscopyK005/6636 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733299/350wm/K0056636-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733299/preview/K0056636-Stentor_feeding,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculebiologicalbiologycellciliaciliateciliumdicdifferential interference contrastfaunafeedingforagingfresh waterfreshwatergrey backgroundilluminationinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovinghttps://www.sciencephoto.com/media/733300/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6637 Vorticella colony on plant stalkK005/6637 Vorticella. Light microscope footage of a group of Vorticella sp. ciliate protozoans attached to a plant stalk. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733300/350wm/K0056637-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733300/preview/K0056637-Vorticella_colony_on_plant_stalk-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoracolonydicdifferential interference contrasteukaryotefaunafeedingfilter feederfilter feedinggrey backgroundgroupilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopehttps://www.sciencephoto.com/media/733301/view/lacrymaria-sp-ciliate-foraging2018-03-28T09:38:32Z0.9K005/6638 Lacrymaria sp ciliate foragingK005/6638 Lacrymaria sp. foraging. Light microscope footage of the large predatory ciliate protozoan Lacrymaria sp. foraging. The body is flask-shaped with a long, extremely extensible, motile neck . Lacrymaria feed primarily on other ciliates, flagellates, and amoebas. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733301/350wm/K0056638-Lacrymaria_sp_ciliate_foraging-SPL.jpghttps://www.sciencephoto.com/image/733301/preview/K0056638-Lacrymaria_sp_ciliate_foraging-SPL.mp4100.142016-06-09Yes11 minute or greateraquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrasteukaryoteextensiblefaunafeedingforagingfreshwatergrey backgroundilluminationinvertebrateinvertebrateslacrymarialacrymaria splightlight microscopelight microscopylmlongmicro-organismmicro-organismsmicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733302/view/rotifers-ptygura-sp-feeding2018-03-28T09:38:32Z0.9K005/6639 Rotifers Ptygura sp feedingK005/6639 Rotifers feeding. Light microscope footage of four rotifers (Ptygura sp.) feeding. Rotifers are common multicellular organisms found in pond water and help form the base of the food chain. Ptygura sp. builds a tube from its own excrement and other detritus, from which the corona of beating hair-like cilia protrudes, creating a current that sweeps food into the mouth. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733302/350wm/K0056639-Rotifers_Ptygura_sp_feeding-SPL.jpghttps://www.sciencephoto.com/image/733302/preview/K0056639-Rotifers_Ptygura_sp_feeding-SPL.mp4302016-06-09Yes30 seconds or greater4animalaquaticbiologicalbiologycoronadicdifferential interference contrasteukaryotefaunafeedingforagingfreshwatergrey backgroundgroupilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmulticellularhttps://www.sciencephoto.com/media/733303/view/paramecium-numerous-species2018-03-28T09:38:32Z0.9K005/6640 Paramecium, numerous speciesK005/6640 Paramecium. Light microscope footage of numerous species of ciliate protozoans of the genus Paramecium. Paramecium are abundant in water and soil. They move by the rhythmic beating of many hair-like cilia, and feed mainly on bacteria. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733303/350wm/K0056640-Paramecium,_numerous_species-SPL.jpghttps://www.sciencephoto.com/image/733303/preview/K0056640-Paramecium,_numerous_species-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiodiversitybiologicalbiologycellciliaciliateciliatesciliumdicdifferentdifferential interference contrastdiversediversityfaunafeedingfreshwatergrey backgroundgroupilluminationinvertebratelightlocomotionmanymicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmotilemultiplehttps://www.sciencephoto.com/media/733304/view/paramecium-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6641 Paramecium feeding, light microscopyK005/6641 Paramecium feeding. Light microscope footage of several ciliate protozoans, Paramecium sp., swimming and foraging. Paramecium are abundant in water and soil. They move by the rhythmic beating of many hair-like cilia, and feed mainly on bacteria. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733304/350wm/K0056641-Paramecium_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733304/preview/K0056641-Paramecium_feeding,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologycellciliaciliateciliatesciliumdicdifferential interference contrastfaunafeedingforagingfreshwatergrey backgroundgroupilluminationinvertebratelightlocomotionmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmotileno-onenobodyorganelleparameciumparamecium sphttps://www.sciencephoto.com/media/733305/view/ciliates-moving-on-green-algae-filaments2018-03-28T09:38:32Z0.9K005/6642 Ciliates moving on green algae filamentsK005/6642 Ciliates on algae. Light microscope footage of ciliate protozoa moving along a filament of green alga. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733305/350wm/K0056642-Ciliates_moving_on_green_algae_filaments-SPL.jpghttps://www.sciencephoto.com/image/733305/preview/K0056642-Ciliates_moving_on_green_algae_filaments-SPL.mp4302016-06-09Yes30 seconds or greateralgaalgaealgalaquaticbiologicalbiologybotanicalbotanybrightfield illuminationcellciliaciliate protozoanciliatedciliumfaunafeedingfilamentfilamentous green algaefreshwatergreenhighwayinvertebrateinvertebrateslight micrographlight microscopelight microscopylmlocomotionmanymicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733306/view/bdelloid-rotifer-light-microscopy2018-03-28T09:38:32Z0.9K005/6643 Bdelloid rotifer, light microscopyK005/6643 Bdelloid rotifer, light microscopy. Rotifers are microscopic aquatic animals that are related to roundworms. They have a ring of cilia around their mouth at the head end, which rhythmically beat creating a current to draw in bacteria, algae and other food. The majority of rotifers are found in fresh water. They are very common and widespread. Bdelloid rotifers are unusual in that they are all female and reproduce parthenogenetically . Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733306/350wm/K0056643-Bdelloid_rotifer,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733306/preview/K0056643-Bdelloid_rotifer,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalaquaticasexualbdelloidbdelloideabiologicalbiologydicdifferential interference contrasteukaryotefaunafootfreshwatergrey backgroundheadilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmastaxmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopehttps://www.sciencephoto.com/media/733307/view/blepharisma-ciliate-protozoan-swimming2018-03-28T09:38:32Z0.9K005/6644 Blepharisma ciliate protozoan swimmingK005/6644 Blepharisma ciliate. Light microscope footage of ciliate protozoan Blepharisma sp. swimming. This organism has rows of cilia which beat rhythmically allowing locomotion, and wafting particles of food to its mouth. Blepharisma species feed on bacteria, flagellate algae, rotifers, and other ciliates. They have a pinkish colour, caused by the presence of granules of the photosensitive pigment Blepharismin which allows them to detect and avoid light. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733307/350wm/K0056644-Blepharisma_ciliate_protozoan_swimming-SPL.jpghttps://www.sciencephoto.com/image/733307/preview/K0056644-Blepharisma_ciliate_protozoan_swimming-SPL.mp422.242016-06-09Yes130 seconds or greateraquaticbiologicalbiologyblepharismablepharisma spblepharisminbrightfield illuminationciliaciliate protozoanciliatedciliumdetectionfaunafeedingforagingfreshwaterinvertebrateinvertebrateslightlight micrographlight microscopelight microscopylmlocomotionmicrobiologicalmicrobiologymicroscopicmotionmovingnaturehttps://www.sciencephoto.com/media/733308/view/stentor-coeruleus-light-microscopy2018-03-28T09:38:32Z0.9K005/6645 Stentor coeruleus, light microscopyK005/6645 Stentor coeruleus. Close-up light microscope footage of Stentor coeruleus, a large ciliate found in lakes, ponds and streams throughout much of the world. It can reach a length of up to 2 millimetres. Cilia can be seen lining the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth (darker area). The macronucleus appears as a beaded chain. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733308/350wm/K0056645-Stentor_coeruleus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733308/preview/K0056645-Stentor_coeruleus,_light_microscopy-SPL.mp4332016-06-09Yes130 seconds or greateranimalculebiologicalbiologycellciliaciliateciliumcytostomefaunafeedingforagingfresh waterfreshwaterinvertebrateinvertebrateslightlmmacronucleusmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemouthmovingnaturehttps://www.sciencephoto.com/media/733309/view/peranema-flagellate-swimming2018-03-28T09:38:32Z0.9K005/6646 Peranema flagellate swimmingK005/6646 Peranema flagellate. Light microscope footage of a Peranema flagellate. Peranema is a genus of flagellated protists commonly found in freshwater habitats. They have two flagella, one used for swimming. They feed on live prey, such as yeast, bacteria and other flagellates. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733309/350wm/K0056646-Peranema_flagellate_swimming-SPL.jpghttps://www.sciencephoto.com/image/733309/preview/K0056646-Peranema_flagellate_swimming-SPL.mp4202016-06-09Yes120 seconds of greaterbiologicalbiologycelldicdifferential interference contrasteuglenideuglenoideukaryotaeukaryoteexcavatafaunafeedingflagellaflagellateflagellatesflagellumforagingfresh waterfreshwatergrey backgroundilluminationinvertebrateinvertebrateslightlmlocomotionmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733310/view/rotifer-brachionus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6647 Rotifer, Brachionus sp, light microscopyK005/6647 Rotifer. Light microscope footage of a Brachionus sp. freshwater rotifer. This species can also be found in brackish (slightly salty) or alkaline waters. Rotifers are divided into three parts; the head (top), trunk and foot (bottom). The protruding crown-shaped corona possesses beating hair-like cilia which create a current that sweeps food, such as unicellular green algae, into the mouth. The foot ends in two toes, which secrete a cement for anchoring the rotifer whilst feeding. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733310/350wm/K0056647-Rotifer,_Brachionus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733310/preview/K0056647-Rotifer,_Brachionus_sp,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralkalineanimalaquaticbeatingbiologicalbiologybrachionusbrachionus spbrackishciliaclose upclose-upcoronadicdifferential interference contrasteukaryotefaunafeedingfootfreshwatergrey backgroundheadilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismhttps://www.sciencephoto.com/media/733311/view/rotifer-brachionus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6648 Rotifer, Brachionus sp, light microscopyK005/6648 Rotifer. Light microscope footage of the head of a Brachionus sp. freshwater rotifer as it feeds. Rotifers are multicellular animals. They are divided into three parts; the head, trunk and foot. At the head end the protruding crown-shaped corona possesses beating hair-like cilia which create a current that sweeps food, such as unicellular green algae, into the mouth. Towards the end of the clip, the organism excretes waste from its anus. This species is found in freshwater, brackish (slightly salty) and alkaline waters. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733311/350wm/K0056648-Rotifer,_Brachionus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733311/preview/K0056648-Rotifer,_Brachionus_sp,_light_microscopy-SPL.mp4322016-06-09Yes130 seconds or greateralkalineanimalanusaquaticbeatingbiologicalbiologybrachionusbrachionus spbrackishciliaclose upclose-upcoronadicdifferential interference contrastegestingegestioneukaryoteexcretingexcretionfaunafeedingfoodfootfreshwatergrey backgroundgutheadilluminationhttps://www.sciencephoto.com/media/733312/view/peritrich-ciliate-protozoan2018-03-28T09:38:32Z0.9K005/6649 Peritrich ciliate protozoanK005/6649 Peritrich ciliate protozoan. Light microscope footage of two ciliates of the subclass Peritrichia. These two organisms are bell-shaped and attached to substrate by contractile stalks. Rhythmically beating hair-like cilia create currents which draw food particles into the organisms' funnel-like mouths. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733312/350wm/K0056649-Peritrich_ciliate_protozoan-SPL.jpghttps://www.sciencephoto.com/image/733312/preview/K0056649-Peritrich_ciliate_protozoan-SPL.mp4302016-06-09Yes230 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoraclose upclose-updicdifferential interference contrasteukaryotefaunafeedingfilter feederfilter feedinggrey backgroundilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismshttps://www.sciencephoto.com/media/733313/view/stentor-coeruleus-light-microscopy2018-03-28T09:38:32Z0.9K005/6650 Stentor coeruleus, light microscopyK005/6650 Stentor coeruleus. Close-up light microscope footage of Stentor coeruleus, a large ciliate found in lakes, ponds and streams throughout much of the world. It can reach a length of up to 2 millimetres. Cilia can be seen lining the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth (darker area). The macronucleus appears as a beaded chain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/733313/350wm/K0056650-Stentor_coeruleus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733313/preview/K0056650-Stentor_coeruleus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculebiologicalbiologycellciliaciliateciliumcytostomefaunafeedingforagingfresh waterfreshwaterinvertebrateinvertebrateslightlmmacronucleusmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemouthmovingnaturehttps://www.sciencephoto.com/media/733314/view/lacrymaria-sp-ciliate-light-microscopy2018-03-28T09:38:32Z0.9K005/6651 Lacrymaria sp ciliate, light microscopyK005/6651 Lacrymaria sp. foraging. Light microscope footage of the large predatory ciliate protozoan Lacrymaria sp. foraging. The body is flask-shaped with a long, extremely extensible, motile neck . Lacrymaria feed primarily on other ciliates, flagellates, and amoeba. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733314/350wm/K0056651-Lacrymaria_sp_ciliate,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733314/preview/K0056651-Lacrymaria_sp_ciliate,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrasteukaryoteextensiblefaunafeedingforagingfreshwatergrey backgroundilluminationinvertebrateinvertebrateslacrymarialacrymaria splightlight microscopelight microscopylmlongmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismhttps://www.sciencephoto.com/media/733315/view/protozoan-dileptus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6652 Protozoan Dileptus sp, light microscopyK005/6652 Dileptus. Light microscope footage of the ciliate protozoan Dileptus sp. hunting for food. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Species of the genus Dileptus occur in fresh and salt water, and are aggressive predators of smaller organisms. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733315/350wm/K0056652-Protozoan_Dileptus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733315/preview/K0056652-Protozoan_Dileptus_sp,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologybrightfield illuminationcellciliaciliateciliophoradileptusdileptus speukaryotefaunafeedingforagingfreshwatergrey backgroundinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmotilehttps://www.sciencephoto.com/media/733316/view/protozoan-dileptus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6653 Protozoan Dileptus sp, light microscopyK005/6653 Dileptus. Close-up light microscope footage of the ciliate protozoan Dileptus sp. hunting for food. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Species of the genus Dileptus occur in fresh and salt water, and are aggressive predators of smaller organisms. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733316/350wm/K0056653-Protozoan_Dileptus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733316/preview/K0056653-Protozoan_Dileptus_sp,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrastdileptusdileptus speukaryotefaunafeedingforagingfreshwatergrey backgroundilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopehttps://www.sciencephoto.com/media/733317/view/ciliates-moving-on-green-algae-filaments2018-03-28T09:38:32Z0.9K005/6654 Ciliates moving on green algae filamentsK005/6654 Ciliates on algae. Light microscope footage of ciliate protozoa moving about along filaments of green algae. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733317/350wm/K0056654-Ciliates_moving_on_green_algae_filaments-SPL.jpghttps://www.sciencephoto.com/image/733317/preview/K0056654-Ciliates_moving_on_green_algae_filaments-SPL.mp4302016-06-09Yes30 seconds or greateralgaalgaealgalaquaticbiologicalbiologybotanicalbotanybrightfield illuminationcellciliaciliate protozoanciliatedciliumfaunafeedingfilamentfilamentous green algaefreshwatergreenhighwayinvertebrateinvertebrateslight micrographlight microscopelight microscopylmlocomotionmanymicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733318/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6655 Stentor polymorphus, light microscopyK005/6655 Stentor polymorphus. Light microscope footage of several trumpet-like green stentor (Stentor polymorphus) ciliate protozoa. This species of freshwater protozoan feeds mainly on bacteria. Their green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which they have a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733318/350wm/K0056655-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733318/preview/K0056655-Stentor_polymorphus,_light_microscopy-SPL.mp441.112016-06-09Yes40 seconds or greateralgaalgaealgalanimalculeaquaticbiologicalbiologyblue backgroundcellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergreengreen stentorinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopehttps://www.sciencephoto.com/media/733319/view/turbellarian-flatworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6656 Turbellarian flatworm, light microscopyK005/6656 Turbellarian flatworm. Close-up light microscope footage of a Turbellarian flatworm. This small aquatic species uses rhythmically beating hair-like cilia for locomotion. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733319/350wm/K0056656-Turbellarian_flatworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733319/preview/K0056656-Turbellarian_flatworm,_light_microscopy-SPL.mp4382016-06-09Yes130 seconds or greateranimalaquaticbiologicalbiologyciliaciliateciliatedclose upclose-updicdifferential interference contrast illuminationfaunaflatwormflatwormsgrey backgroundinvertebrateinvertebrateslightlight micrographlight microscopemicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmicroscopymulticellularhttps://www.sciencephoto.com/media/733320/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6657 Vorticella colony on plant stalkK005/6657 Vorticella. Light microscope footage of a group of Vorticella sp. ciliate protozoans attached to a plant stalk. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733320/350wm/K0056657-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733320/preview/K0056657-Vorticella_colony_on_plant_stalk-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologyblack backgroundcellciliaciliateciliophoracolonycontractilecontractingcontractiondarkfield illuminationeukaryotefaunafeedingfilter feederfilter feedinggroupinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismshttps://www.sciencephoto.com/media/733321/view/ciliates-moving-on-green-algae-filaments2018-11-06T15:37:21Z0.9K005/6658 Ciliates moving on green algae filamentsK005/6658 Ciliates on algae. Light microscope footage of ciliate protozoa moving about along filaments of green algae. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733321/350wm/K0056658-Ciliates_moving_on_green_algae_filaments-SPL.jpghttps://www.sciencephoto.com/image/733321/preview/K0056658-Ciliates_moving_on_green_algae_filaments-SPL.mp422.172016-06-09Yes20 seconds or greateralgaalgaealgalaquaticbiologicalbiologybotanicalbotanybrightfield illuminationcellchloroplastciliaciliate protozoanciliatedciliumfaunafeedingfilamentfilamentous green algaefreshwatergreenhighwayinvertebrateinvertebrateslight micrographlight microscopelight microscopylmlocomotionmanymicrobiologicalhttps://www.sciencephoto.com/media/733322/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6659 Stentor polymorphus, light microscopyK005/6659 Stentor polymorphus. Light microscope footage of a green stentor (Stentor polymorphus), a ciliate protozoan. This species of freshwater protozoan feeds mainly on bacteria. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733322/350wm/K0056659-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733322/preview/K0056659-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergreengreen stentorgrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobehttps://www.sciencephoto.com/media/733323/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6660 Vorticella colony on plant stalkK005/6660 Vorticella. Light microscope footage of a group of Vorticella sp. ciliate protozoans. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733323/350wm/K0056660-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733323/preview/K0056660-Vorticella_colony_on_plant_stalk-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologyblue backgroundcellciliaciliateciliophoracolonycontractilecontractingcontractiondicdifferential interference contrast illuminationeukaryotefaunafeedingfilter feederfilter feedinginvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismshttps://www.sciencephoto.com/media/733324/view/turbellarian-flatworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6661 Turbellarian flatworm, light microscopyK005/6661 Turbellarian flatworm. Close-up light microscope footage of a Turbellarian flatworm foraging. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733324/350wm/K0056661-Turbellarian_flatworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733324/preview/K0056661-Turbellarian_flatworm,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalaquaticbiologicalbiologyciliaciliateciliatedclose upclose-updicdifferential interference contrast illuminationfaunafeedingflatwormflatwormsforaginggrey backgroundinvertebrateinvertebrateslightlight micrographlight microscopemicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopichttps://www.sciencephoto.com/media/733325/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6662 Stentor feeding, light microscopyK005/6662 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/733325/350wm/K0056662-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733325/preview/K0056662-Stentor_feeding,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranchoranchoredanimalculeattachedbiologicalbiologycellciliaciliateciliumfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopynatureno-onehttps://www.sciencephoto.com/media/733326/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6663 Stentor feeding, light microscopyK005/6663 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733326/350wm/K0056663-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733326/preview/K0056663-Stentor_feeding,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranchoranchoredanimalculeattachedbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopyhttps://www.sciencephoto.com/media/733327/view/epistylis-sp-ciliate-feeding2018-03-28T09:38:32Z0.9K005/6664 Epistylis sp ciliate feedingK005/6664 Epistylis ciliate. Light microscope footage of a single Epistylis sp. ciliate feeding. Epistylis is a genus of sessile (sedentary) single-celled protozoans, with a long stalk and a flattened head. At the top of the head is the mouth, surrounded by many fine cilia hairs. These create a vortex in the surrounding water, washing food particles into the mouth. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/733327/350wm/K0056664-Epistylis_sp_ciliate_feeding-SPL.jpghttps://www.sciencephoto.com/image/733327/preview/K0056664-Epistylis_sp_ciliate_feeding-SPL.mp4302016-06-09Yes130 seconds or greateranchoredanimalaquaticbiologicalbiologyciliaciliateciliatedepistylisepistylis spfaunafeedingfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopynatureonephase contrast illuminationprotozoahttps://www.sciencephoto.com/media/733328/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6665 Vorticella colony on plant stalkK005/6665 Vorticella. Light microscope footage of numerous Vorticella sp. ciliate protozoans (white) attached to a green plant stalk. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material.https://www.sciencephoto.com/image/733328/350wm/K0056665-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733328/preview/K0056665-Vorticella_colony_on_plant_stalk-SPL.mp420.182016-06-09Yes20 seconds or greateraquaticbiologicalbiologyblack backgroundcellciliaciliateciliophoracolonydarkfield illuminationeukaryotefaunafeedingfilter feederfilter feedinginvertebrateinvertebrateslightlight microscopelight microscopylmmanymicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmultiplehttps://www.sciencephoto.com/media/733329/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6666 Stentor feeding, light microscopyK005/6666 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed in brightfield illumination.https://www.sciencephoto.com/image/733329/350wm/K0056666-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733329/preview/K0056666-Stentor_feeding,_light_microscopy-SPL.mp415.092016-06-09Yes110 seconds or greateranchoranchoredanimalculeattachedbiologicalbiologybrightfield illuminationcellciliaciliateciliumfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilehttps://www.sciencephoto.com/media/733330/view/lacrymaria-sp-foraging-light-microscopy2018-03-28T09:38:32Z0.9K005/6667 Lacrymaria sp foraging, light microscopyK005/6667 Lacrymaria sp. foraging. Light microscope footage of the large predatory ciliate protozoan Lacrymaria sp. foraging beside a filament of green alga. The body of the protozoan is flask-shaped with a long, extremely extensible, motile neck . Lacrymaria feed primarily on other ciliates, flagellates, and amoeba. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733330/350wm/K0056667-Lacrymaria_sp_foraging,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733330/preview/K0056667-Lacrymaria_sp_foraging,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateralgaealgalaquaticbiologicalbiologybotanicalbotanycellciliaciliateciliophoradicdifferential interference contrasteukaryoteextensiblefaunafeedingfilamentfilamentousforagingfreshwatergreengrey backgroundilluminationinvertebrateinvertebrateslacrymarialacrymaria splightlight microscopelight microscopyhttps://www.sciencephoto.com/media/733331/view/paramecium-bursaria-light-microscopy2018-03-28T09:38:32Z0.9K005/6668 Paramecium bursaria, light microscopyK005/6668 Paramecium bursaria. Light microscope footage of Paramecium bursaria. This ciliate protozoan has a symbiotic relationship with the green alga Zoochlorella. The algae (green spheres) live in the Paramecium's cytoplasm and photosynthesise, providing it with sugars and oxygen, while the Paramecium provides the alga with transport and protection. Paramecium bursaria has a wide oral groove, two contractile vacuoles, and a micronucleus as well as a macronucleus. This species is often used in biology classrooms both as an example of a protozoan and as an example of symbiosis. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733331/350wm/K0056668-Paramecium_bursaria,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733331/preview/K0056668-Paramecium_bursaria,_light_microscopy-SPL.mp4342016-06-09Yes30 seconds or greateralgaalgaealgal cellaquaticbiologicalbiologybrightfieldciliaciliateciliate protozoanciliatesciliumcytoplasmfaunagreengrey backgroundinvertebratelightmicrobemicrobiologicalmicrobiologymicrographymicronucleusmicroorganismmicroscopemicroscopicmicroscopymutualmutualismmutualisticno-onehttps://www.sciencephoto.com/media/733332/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6669 Stentor polymorphus, light microscopyK005/6669 Stentor polymorphus. Light microscope footage of two green stentor (Stentor polymorphus). This species of freshwater ciliate protozoan feeds mainly on bacteria. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733332/350wm/K0056669-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733332/preview/K0056669-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes230 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologyblack backgroundcellciliaciliateciliumdarkfieldfaunafeedingfresh waterfreshwatergreengreen stentorinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733333/view/amoeba-light-microscopy2018-03-28T09:38:32Z0.9K005/6670 Amoeba, light microscopyK005/6670 Amoeba. Light microscope footage of an unidentified amoeba. Amoebae are single-celled protozoans that extend pseudopods ( false feet ) to move and to engulf prey. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733333/350wm/K0056670-Amoeba,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733333/preview/K0056670-Amoeba,_light_microscopy-SPL.mp440.012016-06-09Yes40 seconds or greateramebaamoebaanimalanimalsaquaticbiologicalbiologydicdifferential interference contrastfaunafreshwatergrey backgroundinvertebratelightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnatureno-onenobodypond lifeprotistprotozoahttps://www.sciencephoto.com/media/733334/view/nematode-roundworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6671 Nematode roundworm, light microscopyK005/6671 Nematode. Light microscope footage of a freshwater nematode. Nematodes are roundworms with tubular digestive systems. They inhabit a very wide range of environments and it is estimated there may be a million species, many of which are parasitic. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733334/350wm/K0056671-Nematode_roundworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733334/preview/K0056671-Nematode_roundworm,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculeaquaticbiologicalbiologycelldicdifferential interference contrast illuminationfaunafresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnaturenematodanematodeno-onenobodyonehttps://www.sciencephoto.com/media/733335/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6672 Stentor polymorphus, light microscopyK005/6672 Stentor polymorphus. Light microscope footage of a green stentor (Stentor polymorphus), a ciliate protozoan. This species of freshwater protozoan feeds mainly on bacteria. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733335/350wm/K0056672-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733335/preview/K0056672-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanimalculeaquaticbiologicalbiologycellciliaciliateciliumcytostomedicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergreengreen stentorgrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733336/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6673 Vorticella colony on plant stalkK005/6673 Vorticella. Light microscope footage of a group of Vorticella sp. ciliate protozoans. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/733336/350wm/K0056673-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733336/preview/K0056673-Vorticella_colony_on_plant_stalk-SPL.mp442.072016-06-09Yes40 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoracolonycontractilecontractingcontractioneukaryotefaunafeedingfilter feederfilter feedinggrey backgroundinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopichttps://www.sciencephoto.com/media/733337/view/nematode-roundworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6674 Nematode roundworm, light microscopyK005/6674 Nematode. Light microscope footage of a nematode. Nematodes are small unsegmented roundworms with tubular digestive systems. They inhabit a very wide range of environments and it is estimated there may be a million species, many of which are parasitic. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733337/350wm/K0056674-Nematode_roundworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733337/preview/K0056674-Nematode_roundworm,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranatomicalanatomyanimalculeaquaticbiologicalbiologycelldicdifferential interference contrast illuminationfaunafresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnaturenematodanematodeno-onehttps://www.sciencephoto.com/media/733338/view/paramecium-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6675 Paramecium feeding, light microscopyK005/6675 Paramecium feeding. Light microscope footage of several ciliate protozoans, Paramecium sp., swimming and foraging. Paramecium are abundant in water and soil. They move by the rhythmic beating of many hair-like cilia, and feed mainly on bacteria. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733338/350wm/K0056675-Paramecium_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733338/preview/K0056675-Paramecium_feeding,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologybrightfieldcellciliaciliateciliatesciliumfaunafeedingforagingfreshwatergroupinvertebratelightlocomotionmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmotileno-onenobodyorganelleparameciumparamecium sppond lifeprotistprotozoahttps://www.sciencephoto.com/media/733339/view/ciliates-moving-on-green-algae-filaments2018-03-28T09:38:32Z0.9K005/6676 Ciliates moving on green algae filamentsK005/6676 Ciliates on algae. Light microscope footage of ciliate protozoa moving about along filaments of green algae. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733339/350wm/K0056676-Ciliates_moving_on_green_algae_filaments-SPL.jpghttps://www.sciencephoto.com/image/733339/preview/K0056676-Ciliates_moving_on_green_algae_filaments-SPL.mp418.152016-06-09Yes10 seconds or greateralgaalgaealgalaquaticbiologicalbiologybotanicalbotanycellciliaciliate protozoanciliatedciliumdarkfield illuminationfaunafeedingfilamentfilamentous green algaefreshwatergreenhighwayinvertebrateinvertebrateslight micrographlight microscopelight microscopylmlocomotionmanymicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733340/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6677 Vorticella colony on plant stalkK005/6677 Vorticella. Light microscope footage of a group of Vorticella sp. ciliate protozoans. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733340/350wm/K0056677-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733340/preview/K0056677-Vorticella_colony_on_plant_stalk-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologyblue backgroundcellciliaciliateciliophoracolonycontractilecontractingcontractiondicdifferential interference contrasteukaryotefaunafeedingfilter feederfilter feedinginvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismshttps://www.sciencephoto.com/media/733341/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6678 Stentor polymorphus, light microscopyK005/6678 Stentor polymorphus. Light microscope footage of a green stentor (Stentor polymorphus), a ciliate protozoan. Cilia can be seen lining the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth. The macronucleus appears as a beaded chain. The green colour is caused by the presence of numerous Zoochlorella algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733341/350wm/K0056678-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733341/preview/K0056678-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanimalculeaquaticbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergreengreen stentorgrey backgroundhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733342/view/ciliate-protozoan-light-microscopy2018-03-28T09:38:32Z0.9K005/6679 Ciliate protozoan, light microscopyK005/6679 Ciliate protozoan. Light microscope footage of ciliate protozoan foraging. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia.https://www.sciencephoto.com/image/733342/350wm/K0056679-Ciliate_protozoan,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733342/preview/K0056679-Ciliate_protozoan,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateraquaticbiologicalbiologycellciliaciliate protozoanciliatedciliumfaunafeedingfreshwatergrey backgroundinvertebrateinvertebrateslight micrographlight microscopelight microscopylmlocomotionmicrobiologicalmicrobiologymicroscopicmotionmovingnatureno-onenobodyoneopticalprotozoahttps://www.sciencephoto.com/media/733343/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6680 Stentor feeding, light microscopyK005/6680 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed in brightfield illumination.https://www.sciencephoto.com/image/733343/350wm/K0056680-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733343/preview/K0056680-Stentor_feeding,_light_microscopy-SPL.mp432.162016-06-09Yes130 seconds or greateranchoranchoredanimalculeattachedbiologicalbiologybrightfield illuminationcellciliaciliateciliumfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopynaturehttps://www.sciencephoto.com/media/733344/view/stentor-coeruleus-light-microscopy2018-03-28T09:38:32Z0.9K005/6681 Stentor coeruleus, light microscopyK005/6681 Stentor coeruleus. Light microscope footage of Stentor coeruleus, a large ciliate found in lakes, ponds and streams throughout much of the world. It can reach a length of up to 2 millimetres. Cilia can be seen lining the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth (darker area). The macronucleus appears as a beaded chain. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733344/350wm/K0056681-Stentor_coeruleus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733344/preview/K0056681-Stentor_coeruleus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculebiologicalbiologycellciliaciliateciliumcytostomefaunafeedingforagingfresh waterfreshwaterinvertebrateinvertebrateslightlmmacronucleusmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemouthmovingnaturehttps://www.sciencephoto.com/media/733345/view/nematode-roundworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6682 Nematode roundworm, light microscopyK005/6682 Nematode. Light microscope footage of a freshwater nematode. Nematodes are small unsegmented roundworms with tubular digestive systems. They inhabit a very wide range of environments and it is estimated there may be a million species, many of which are parasitic. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733345/350wm/K0056682-Nematode_roundworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733345/preview/K0056682-Nematode_roundworm,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculeaquaticbiologicalbiologyblue backgroundcelldicdifferential interference contrast illuminationfaunafresh waterfreshwaterinvertebrateinvertebrateslightlmlocomotionmicro-organismmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovementmovingnaturenematodanematodeno-onehttps://www.sciencephoto.com/media/733346/view/epistylis-ciliate-light-microscopy2018-03-28T09:38:32Z0.9K005/6683 Epistylis ciliate, light microscopyK005/6683 Epistylis ciliate. Light microscope footage of a group of Epistylis sp. ciliate feeding. Epistylis is a genus of sessile single-celled protozoans, with a long stalk and a flattened head. At the top of the head is the mouth, surrounded by many fine cilia hairs. These create a vortex in the surrounding water, washing food particles into the mouth. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733346/350wm/K0056683-Epistylis_ciliate,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733346/preview/K0056683-Epistylis_ciliate,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateranchoredanimalaquaticbiologicalbiologyciliaciliateciliatedclusterdicdifferential interference contrastepistylisepistylis spfaunafeedingfreshwatergrey backgroundgroupilluminationinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopyhttps://www.sciencephoto.com/media/733347/view/stentor-coeruleus-light-microscopy2018-03-28T09:38:32Z0.9K005/6684 Stentor coeruleus, light microscopyK005/6684 Stentor coeruleus. Light microscope footage of Stentor coeruleus, a large ciliate found in lakes, ponds and streams throughout much of the world. It can reach a length of up to 2 millimetres. Cilia can be seen lining the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth. The macronucleus appears as a beaded chain. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733347/350wm/K0056684-Stentor_coeruleus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733347/preview/K0056684-Stentor_coeruleus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculebiologicalbiologyblack backgroundcellciliaciliateciliumcytostomedarkfield illuminationfaunafeedingforagingfresh waterfreshwaterinvertebrateinvertebrateslightlmmacronucleusmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemouthhttps://www.sciencephoto.com/media/733348/view/turbellarian-flatworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6685 Turbellarian flatworm, light microscopyK005/6685 Turbellarian flatworm. Close-up light microscope footage of a Turbellarian flatworm foraging. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733348/350wm/K0056685-Turbellarian_flatworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733348/preview/K0056685-Turbellarian_flatworm,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalaquaticbiologicalbiologyciliaciliateciliatedclose upclose-updicdifferential interference contrast illuminationfaunafeedingflatwormflatwormsforaginggrey backgroundinvertebrateinvertebrateslightlight micrographlight microscopemicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopichttps://www.sciencephoto.com/media/733349/view/bdelloid-rotifer-light-microscopy2018-03-28T09:38:32Z0.9K005/6686 Bdelloid rotifer, light microscopyK005/6686 Bdelloid rotifer, light microscopy. Rotifers are microscopic aquatic animals that are related to roundworms. A ring of cilia surrounds the mouth at the head end, which is used to ingest bacteria, algae and organic detritus. The pharynx, or mastax, pulsates as the rotifer feeds. The majority of rotifers are found in fresh water. They are very common and widespread. Bdelloid rotifers are unusual in that they are all female and reproduce parthenogenetically . Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733349/350wm/K0056686-Bdelloid_rotifer,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733349/preview/K0056686-Bdelloid_rotifer,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalaquaticasexualbdelloidbdelloideabiologicalbiologydicdifferential interference contrasteukaryotefaunafootfreshwatergrey backgroundheadilluminationinvertebrateinvertebratesjawlightlight microscopelight microscopylmmastaxmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismshttps://www.sciencephoto.com/media/733350/view/peritrich-ciliates-light-microscopy2018-03-28T09:38:32Z0.9K005/6687 Peritrich ciliates, light microscopyK005/6687 Peritrich ciliate protozoa. Light microscope footage of several ciliates of the subclass Peritrichia. These organisms are bell-shaped and attached to substrate by contractile stalks. Rhythmically beating hair-like cilia create currents which draw food particles into the organisms' funnel-like mouths. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733350/350wm/K0056687-Peritrich_ciliates,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733350/preview/K0056687-Peritrich_ciliates,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologyblack backgroundcellciliaciliateciliophoracolonydarkfieldeukaryotefaunafeedingfilter feederfilter feedingilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicnaturehttps://www.sciencephoto.com/media/733351/view/nematode-roundworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6688 Nematode roundworm, light microscopyK005/6688 Nematode. Light microscope footage of a freshwater nematode. Nematodes are small unsegmented roundworms with tubular digestive systems. They inhabit a very wide range of environments and it is estimated there may be a million species, many of which are parasitic. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733351/350wm/K0056688-Nematode_roundworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733351/preview/K0056688-Nematode_roundworm,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculeaquaticbiologicalbiologycelldicdifferential interference contrast illuminationfaunafresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmlocomotionmicro-organismmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovementmovingnaturenematodanematodeno-onehttps://www.sciencephoto.com/media/733352/view/nematode-roundworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6689 Nematode roundworm, light microscopyK005/6689 Nematode. Light microscope footage of a freshwater nematode. Nematodes are small unsegmented roundworms with tubular digestive systems. They inhabit a very wide range of environments and it is estimated there may be a million species, many of which are parasitic. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733352/350wm/K0056689-Nematode_roundworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733352/preview/K0056689-Nematode_roundworm,_light_microscopy-SPL.mp448.122016-06-09Yes140 seconds or greateranatomicalanatomyanimalculeaquaticbiologicalbiologycelldicdifferential interference contrast illuminationfaunafresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmlocomotionmicro-organismmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovementmovingnaturenematodahttps://www.sciencephoto.com/media/733353/view/stentor-coeruleus-light-microscopy2018-03-28T09:38:32Z0.9K005/6690 Stentor coeruleus, light microscopyK005/6690 Stentor coeruleus. Light microscope footage of Stentor coeruleus, a large ciliate found in lakes, ponds and streams throughout much of the world. It can reach a length of up to 2 millimetres. Cilia can be seen lining the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth (darker area). The macronucleus appears as a beaded chain. Filmed with phase contrast illumination.https://www.sciencephoto.com/image/733353/350wm/K0056690-Stentor_coeruleus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733353/preview/K0056690-Stentor_coeruleus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculebiologicalbiologycellciliaciliateciliumcytostomefaunafeedingforagingfresh waterfreshwaterinvertebrateinvertebrateslightlmmacronucleusmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemouthmovingnaturehttps://www.sciencephoto.com/media/733354/view/paramecium-bursaria-light-microscopy2018-03-28T09:38:32Z0.9K005/6691 Paramecium bursaria, light microscopyK005/6691 Paramecium bursaria, light microscopy. This ciliate protozoan has a symbiotic relationship with the green alga Zoochlorella. The algae (green spheres) live in the Paramecium's cytoplasm and photosynthesise, providing it with sugars and oxygen, while the Paramecium provides the alga with transport and protection. Paramecium bursaria has a wide oral groove, two contractile vacuoles, and a micronucleus as well as a macronucleus. This species is often used in biology classrooms both as an example of a protozoan and as an example of symbiosis. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733354/350wm/K0056691-Paramecium_bursaria,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733354/preview/K0056691-Paramecium_bursaria,_light_microscopy-SPL.mp433.182016-06-09Yes30 seconds or greateralgaalgaealgal cellaquaticbiologicalbiologyciliaciliateciliate protozoanciliatesciliumcontractile vacuolescytoplasmdicdifferential interference contrastfaunafeedinggreeninvertebratelightlocomotionmacronucleusmembranellesmicrobemicrobiologicalmicrobiologymicrographymicronucleusmicroorganismmicroscopemicroscopichttps://www.sciencephoto.com/media/733355/view/protozoan-dileptus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6692 Protozoan Dileptus sp, light microscopyK005/6692 Dileptus. Light microscope footage of the ciliate protozoan Dileptus sp. hunting for food. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Species of the genus Dileptus occur in fresh and salt water, and are aggressive predators of smaller organisms. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733355/350wm/K0056692-Protozoan_Dileptus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733355/preview/K0056692-Protozoan_Dileptus_sp,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrastdileptusdileptus speukaryotefaunafeedingforagingfreshwatergrey backgroundinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopehttps://www.sciencephoto.com/media/733356/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6693 Stentor polymorphus, light microscopyK005/6693 Stentor polymorphus. Light microscope footage of green stentor (Stentor polymorphus), ciliate protozoan. This species of freshwater protozoan feeds mainly on bacteria. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733356/350wm/K0056693-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733356/preview/K0056693-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologyblack backgroundcellciliaciliateciliumdarkfieldfaunafeedingfresh waterfreshwatergreengreen stentorhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalhttps://www.sciencephoto.com/media/733357/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6694 Stentor polymorphus, light microscopyK005/6694 Stentor polymorphus. Light microscope footage of a green stentor (Stentor polymorphus), a ciliate protozoan. Cilia can be seen lining the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth. The green colour is caused by the presence of numerous Zoochlorella algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733357/350wm/K0056694-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733357/preview/K0056694-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanimalculeaquaticbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergreengreen stentorgrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismhttps://www.sciencephoto.com/media/733358/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6695 Vorticella colony on plant stalkK005/6695 Vorticella. Light microscope footage of numerous Vorticella sp. ciliate protozoans (white) attached to a plant stalk. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733358/350wm/K0056695-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733358/preview/K0056695-Vorticella_colony_on_plant_stalk-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologyblack backgroundcellciliaciliateciliophoracolonydarkfield illuminationeukaryotefaunafeedingfilter feederfilter feedinggroupinvertebrateinvertebrateslightlight microscopelight microscopylmmanymicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopichttps://www.sciencephoto.com/media/733359/view/spirostomum-ciliates-light-microscopy2018-03-28T09:38:32Z0.9K005/6696 Spirostomum ciliates, light microscopyK005/6696 Spirostomum. Light microscope footage of numerous Spirostomum ciliate protozoans, swimming in pond water. Spirostomum species are among the largest ciliates and can grow to several millimetres in length. They move by beating hair-like cilia that cover their bodies. Spirostomum are common in freshwater and marine habitats worldwide. Filmed in brightfield illumination.https://www.sciencephoto.com/image/733359/350wm/K0056696-Spirostomum_ciliates,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733359/preview/K0056696-Spirostomum_ciliates,_light_microscopy-SPL.mp425.122016-06-09Yes30 seconds or greateraquaticbiologicalbiologybrightfield illuminationcellciliaciliateciliophoracolonyeukaryotefaunafeedinggroupinvertebrateinvertebrateslightlight microscopelight microscopylmmanymicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmultiplenatureno-onehttps://www.sciencephoto.com/media/733360/view/paramecium-various-species2018-03-28T09:38:32Z0.9K005/6697 Paramecium, various speciesK005/6697 Paramecium. Light microscope footage of various species of ciliate protozoans of the genus Paramecium. Paramecium are abundant in water and soil. They move by the rhythmic beating of many hair-like cilia, and feed mainly on bacteria. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733360/350wm/K0056697-Paramecium,_various_species-SPL.jpghttps://www.sciencephoto.com/image/733360/preview/K0056697-Paramecium,_various_species-SPL.mp410.212016-06-09Yes10 seconds or greateraquaticbiodiversitybiologicalbiologycellciliaciliateciliatesciliumdicdifferential interference contrastdiversityfaunafeedingfreshwatergrey backgroundgroupilluminationinvertebratelightlocomotionmanymicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmotilemovingmultipleno-onehttps://www.sciencephoto.com/media/733361/view/protozoan-dileptus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6698 Protozoan Dileptus sp, light microscopyK005/6698 Dileptus. Light microscope footage of the ciliate protozoan Dileptus sp. hunting for food. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Species of the genus Dileptus occur in fresh and salt water, and are aggressive predators of smaller organisms. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733361/350wm/K0056698-Protozoan_Dileptus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733361/preview/K0056698-Protozoan_Dileptus_sp,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateraquaticbiologicalbiologybrightfieldcellciliaciliateciliophoradicdifferential interference contrastdileptusdileptus speukaryotefaunafeedingforagingfreshwatergrey backgroundinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismshttps://www.sciencephoto.com/media/733362/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6699 Stentor polymorphus, light microscopyK005/6699 Stentor polymorphus. Light microscope footage of a green stentor (Stentor polymorphus), a ciliate protozoan. Cilia line the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth. The green colour is caused by the presence of numerous Zoochlorella algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733362/350wm/K0056699-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733362/preview/K0056699-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanimalculeaquaticbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergreengreen stentorgrey backgroundhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733363/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6700 Stentor polymorphus, light microscopyK005/6700 Stentor polymorphus. Light microscope footage of green stentor (Stentor polymorphus), ciliate protozoans. This species of freshwater protozoan feeds mainly on bacteria. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733363/350wm/K0056700-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733363/preview/K0056700-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologyblack backgroundcellciliaciliateciliumdarkfieldfaunafeedingforagingfresh waterfreshwatergreengreen stentorhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalhttps://www.sciencephoto.com/media/733364/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6701 Stentor feeding, light microscopyK005/6701 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding, contracting when disturbed, and extending again. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Stentor contracts suddenly when disturbed. Filmed in brightfield illumination.https://www.sciencephoto.com/image/733364/350wm/K0056701-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733364/preview/K0056701-Stentor_feeding,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranchoredanimalculeattachedbiologicalbiologybrightfield illuminationcellciliaciliateciliumcontractingcontractiondisturbedextendingfaunafeedingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopichttps://www.sciencephoto.com/media/733365/view/peranema-flagellate-swimming2018-03-28T09:38:32Z0.9K005/6702 Peranema flagellate swimmingK005/6702 Peranema flagellate. Light microscope footage of a Peranema sp. flagellate. Peranema is a genus of flagellated protists commonly found in freshwater habitats. They have two flagella, one used for swimming. They feed on live prey, such as yeast, bacteria and other flagellates. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733365/350wm/K0056702-Peranema_flagellate_swimming-SPL.jpghttps://www.sciencephoto.com/image/733365/preview/K0056702-Peranema_flagellate_swimming-SPL.mp4182016-06-09Yes110 seconds of greaterbiologicalbiologycelldicdifferential interference contrasteuglenideuglenoideukaryotaeukaryoteexcavatafaunafeedingflagellaflagellateflagellatesflagellumforagingfresh waterfreshwatergrey backgroundilluminationinvertebrateinvertebrateslightlmlocomotionmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733366/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6703 Stentor polymorphus, light microscopyK005/6703 Stentor polymorphus. Light microscope footage of a pair of green stentor (Stentor polymorphus). This species of freshwater ciliate protozoan feeds mainly on bacteria. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733366/350wm/K0056703-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733366/preview/K0056703-Stentor_polymorphus,_light_microscopy-SPL.mp4118.052016-06-09Yes1 minute or greater2algaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologyblack backgroundcellciliaciliateciliumdarkfieldfaunafeedingfresh waterfreshwatergreengreen stentorhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalhttps://www.sciencephoto.com/media/733367/view/nematode-roundworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6704 Nematode roundworm, light microscopyK005/6704 Nematode. Light microscope footage of a freshwater nematode. Nematodes are small unsegmented roundworms with tubular digestive systems. They inhabit a very wide range of environments and it is estimated there may be a million species, many of which are parasitic. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733367/350wm/K0056704-Nematode_roundworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733367/preview/K0056704-Nematode_roundworm,_light_microscopy-SPL.mp4272016-06-09Yes120 seconds or greateranatomicalanatomyanimalculeaquaticbiologicalbiologycellcuticledicdifferential interference contrast illuminationfaunafresh waterfreshwatergrey backgroundgutintestineinvertebrateinvertebrateslightlmlocomotionmicro-organismmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovementhttps://www.sciencephoto.com/media/733368/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6705 Stentor polymorphus, light microscopyK005/6705 Stentor polymorphus. Light microscope footage of a pair of green stentor (Stentor polymorphus). This species of freshwater ciliate protozoan feeds mainly on bacteria. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733368/350wm/K0056705-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733368/preview/K0056705-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes230 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologyblack backgroundcellciliaciliateciliumdarkfieldfaunafeedingfresh waterfreshwatergreengreen stentorhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalhttps://www.sciencephoto.com/media/733369/view/paramecium-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6706 Paramecium feeding, light microscopyK005/6706 Paramecium feeding. Light microscope footage of numerous ciliate protozoans, Paramecium sp., swimming and foraging. Paramecium are abundant in water and soil. They move by the rhythmic beating of many hair-like cilia, and feed mainly on bacteria. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733369/350wm/K0056706-Paramecium_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733369/preview/K0056706-Paramecium_feeding,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateraquaticbiologicalbiologycellciliaciliateciliatesciliumdicdifferential interference contrastfaunafeedingforagingfreshwatergrey backgroundgroupilluminationinvertebratelightlocomotionmanymicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmotilemultipleno-onenobodynumeroushttps://www.sciencephoto.com/media/733370/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6707 Stentor polymorphus, light microscopyK005/6707 Stentor polymorphus. Light microscope footage of a green stentor (Stentor polymorphus), a ciliate protozoan. Cilia line the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth. The green colour is caused by the presence of numerous Zoochlorella algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733370/350wm/K0056707-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733370/preview/K0056707-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanimalculeaquaticbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergreengreen stentorgrey backgroundhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733371/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6708 Stentor polymorphus, light microscopyK005/6708 Stentor polymorphus. Light microscope footage of a green stentor (Stentor polymorphus), a ciliate protozoan. Cilia can be seen lining the peristome, a rim around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth. The green colour is caused by the presence of numerous Zoochlorella algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733371/350wm/K0056708-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733371/preview/K0056708-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanimalculeaquaticbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergreengreen stentorgrey backgroundhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733372/view/lacrymaria-sp-ciliate-foraging2018-03-28T09:38:32Z0.9K005/6709 Lacrymaria sp ciliate foragingK005/6709 Lacrymaria sp. foraging. Light microscope footage of the large predatory ciliate protozoan Lacrymaria sp. foraging. The body is flask-shaped with a long, extremely extensible, motile neck . Lacrymaria feed primarily on other ciliates, flagellates, and amoeba. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733372/350wm/K0056709-Lacrymaria_sp_ciliate_foraging-SPL.jpghttps://www.sciencephoto.com/image/733372/preview/K0056709-Lacrymaria_sp_ciliate_foraging-SPL.mp4282016-06-09Yes20 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrasteukaryoteextensiblefaunafeedingforagingfreshwatergrey backgroundilluminationinvertebrateinvertebrateslacrymarialacrymaria splightlight microscopelight microscopylmlongmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismhttps://www.sciencephoto.com/media/733373/view/bdelloid-rotifer-light-microscopy2018-03-28T09:38:32Z0.9K005/6710 Bdelloid rotifer, light microscopyK005/6710 Bdelloid rotifer, light microscopy. Rotifers are microscopic aquatic animals that are related to roundworms. A ring of cilia surrounds the mouth at the head end, which is used to ingest bacteria, algae and organic detritus. The pharynx, or mastax, pulsates as the rotifer feeds. The majority of rotifers are found in fresh water. They are very common and widespread. Bdelloid rotifers are unusual in that they are all female and reproduce parthenogenetically. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733373/350wm/K0056710-Bdelloid_rotifer,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733373/preview/K0056710-Bdelloid_rotifer,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalaquaticasexualbdelloidbdelloideabiologicalbiologydicdifferential interference contrasteukaryotefaunafootfreshwatergrey backgroundheadilluminationinvertebrateinvertebratesjawlightlight microscopelight microscopylmmastaxmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismshttps://www.sciencephoto.com/media/733374/view/stentor-feeding-light-microscopy2018-11-06T15:34:13Z0.9K005/6711 Stentor feeding, light microscopyK005/6711 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed in brightfield illumination.https://www.sciencephoto.com/image/733374/350wm/K0056711-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733374/preview/K0056711-Stentor_feeding,_light_microscopy-SPL.mp4402016-06-09Yes140 seconds or greateranimalculebiologicalbiologybrightfield illuminationcellciliaciliateciliumfaunafeedingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnatureno-onenobodyhttps://www.sciencephoto.com/media/733375/view/epistylis-sp-ciliate-feeding2018-03-28T09:38:32Z0.9K005/6712 Epistylis sp ciliate feedingK005/6712 Epistylis ciliate. Light microscope footage of a single Epistylis sp. ciliate feeding. Epistylis is a genus of sessile (sedentary) single-celled protozoans, with a long stalk and a flattened head. At the top of the head is the mouth, surrounded by many fine cilia hairs. These create a vortex in the surrounding water, washing food particles into the mouth. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733375/350wm/K0056712-Epistylis_sp_ciliate_feeding-SPL.jpghttps://www.sciencephoto.com/image/733375/preview/K0056712-Epistylis_sp_ciliate_feeding-SPL.mp4302016-06-09Yes130 seconds or greateranchoredanimalaquaticbiologicalbiologyciliaciliateciliateddicdifferential interference contrast illuminationepistylisepistylis spfaunafeedingfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopynatureonehttps://www.sciencephoto.com/media/733376/view/turbellarian-flatworm-light-microscopy2018-03-28T09:38:32Z0.9K005/6713 Turbellarian flatworm, light microscopyK005/6713 Turbellarian flatworm. Close-up light microscope footage of a Turbellarian flatworm. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733376/350wm/K0056713-Turbellarian_flatworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733376/preview/K0056713-Turbellarian_flatworm,_light_microscopy-SPL.mp4252016-06-09Yes120 seconds or greateranimalaquaticbiologicalbiologyciliaciliateciliatedclose upclose-updicdifferential interference contrast illuminationfaunaflatwormflatwormsgrey backgroundinvertebrateinvertebrateslightlight micrographlight microscopemicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicmicroscopynaturehttps://www.sciencephoto.com/media/733377/view/paramecium-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6714 Paramecium feeding, light microscopyK005/6714 Paramecium feeding. Light microscope footage of numerous ciliate protozoans including Paramecium species (the larger cells), swimming and foraging in pond water. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. They mostly feed on smaller organisms such as algae and bacteria. Paramecium and many other ciliates are abundant in water and soil. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733377/350wm/K0056714-Paramecium_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733377/preview/K0056714-Paramecium_feeding,_light_microscopy-SPL.mp428.032016-06-09Yes20 seconds or greateraquaticbiologicalbiologybrightfieldcellciliaciliateciliatesciliumdifferentdiversediversityfaunafeedingforagingfreshwatergroupilluminationinvertebratelightlocomotionmanymicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmotilemovingmultipleno-onehttps://www.sciencephoto.com/media/733378/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6715 Stentor polymorphus, light microscopyK005/6715 Stentor polymorphus. Light microscope footage of a green stentor (Stentor polymorphus), a ciliate protozoan, feeding. Cilia can be seen around the oral area. Their rhythmic beating draws bacteria and other organisms into the cytostome or mouth. The green colour is caused by the presence of numerous Zoochlorella algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733378/350wm/K0056715-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733378/preview/K0056715-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgalanchoredanimalculeaquaticattachedbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingfootforagingfresh waterfreshwatergreengreen stentorgrey backgroundhypotrichinvertebrateinvertebrateslightlmmicro-organismhttps://www.sciencephoto.com/media/733379/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6716 Stentor polymorphus, light microscopyK005/6716 Stentor polymorphus. Light microscope footage of several of green stentor (Stentor polymorphus), ciliate protozoa, feeding while attached to plant material. This species of freshwater protozoan feeds mainly on bacteria, using its hair-like cilia to waft food particles into its oral area. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733379/350wm/K0056716-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733379/preview/K0056716-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologyblue backgroundcellciliaciliateciliumdicdifferential interference contrastfaunafeedingfresh waterfreshwatergreengreen stentorhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalhttps://www.sciencephoto.com/media/733380/view/ciliate-protozoan-feeding-light-microsco2018-03-28T09:38:32Z0.9K005/6717 Ciliate protozoan feeding, light microscoK005/6717 Ciliate protozoan. Light microscope footage of ciliate protozoan foraging amongst organic detritus. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. The mostly feed on smaller organisms, such as bacteria and algae. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733380/350wm/K0056717-Ciliate_protozoan_feeding,_light_microsco-SPL.jpghttps://www.sciencephoto.com/image/733380/preview/K0056717-Ciliate_protozoan_feeding,_light_microsco-SPL.mp4352016-06-09Yes130 seconds or greateraquaticbiologicalbiologycellciliaciliate protozoanciliatedciliumdifferential interference contrastfaunafeedingforagingfreshwaterinvertebrateinvertebrateslight micrographlight microscopelight microscopylmlocomotionmicrobiologicalmicrobiologymicroscopicmotionmovingnatureno-onenobodyoneopticalhttps://www.sciencephoto.com/media/733381/view/protozoan-dileptus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6718 Protozoan Dileptus sp, light microscopyK005/6718 Dileptus. Light microscope footage of the ciliate protozoan Dileptus sp. hunting for food. Ciliate protozoa are tiny single-celled aquatic organisms which move by the rhythmic beating of many hair-like cilia. Species of the genus Dileptus occur in fresh and salt water, and are aggressive predators of smaller organisms. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733381/350wm/K0056718-Protozoan_Dileptus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733381/preview/K0056718-Protozoan_Dileptus_sp,_light_microscopy-SPL.mp4352016-06-09Yes130 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrastdileptusdileptus speukaryotefaunafeedingforagingfreshwatergrey backgroundhuntingilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismhttps://www.sciencephoto.com/media/733382/view/vorticella-colony-on-plant-stalk2018-03-28T09:38:32Z0.9K005/6719 Vorticella colony on plant stalkK005/6719 Vorticella. Light microscope footage of a group of Vorticella sp. ciliate protozoans. These filter-feeding freshwater protozoa each consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733382/350wm/K0056719-Vorticella_colony_on_plant_stalk-SPL.jpghttps://www.sciencephoto.com/image/733382/preview/K0056719-Vorticella_colony_on_plant_stalk-SPL.mp4302016-06-09Yes30 seconds or greateralgaalgaeaquaticbiologicalbiologycellciliaciliateciliophoracolonycontractilecontractingcontractiondicdifferential interference contrasteukaryotefaunafeedingfilter feederfilter feedinggrey backgroundinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733383/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6720 Stentor polymorphus, light microscopyK005/6720 Stentor polymorphus. Light microscope footage of several of green stentor (Stentor polymorphus), feeding while attached to plant material. This species of freshwater ciliate protozoan feeds mainly on bacteria, using its hair-like cilia to waft food particles into its oral area. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733383/350wm/K0056720-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733383/preview/K0056720-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologyblack backgroundcellciliaciliateciliumdarkfieldfaunafeedingfresh waterfreshwatergreengreen stentorhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733384/view/amoeba-light-microscopy2018-03-28T09:38:32Z0.9K005/6721 Amoeba, light microscopyK005/6721 Amoeba. Light microscope footage of an unidentified amoeba. Amoebae are single-celled protozoans that extend pseudopods ( false feet ) to move and to engulf prey. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733384/350wm/K0056721-Amoeba,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733384/preview/K0056721-Amoeba,_light_microscopy-SPL.mp4242016-06-09Yes20 seconds or greateramebaamoebaanimalanimalsaquaticbiologicalbiologydicdifferential interference contrastfaunafreshwatergrey backgroundinvertebratelightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnatureno-onenobodypond lifeprotistprotozoahttps://www.sciencephoto.com/media/733385/view/stentor-feeding-light-microscopy2018-03-28T09:38:32Z0.9K005/6722 Stentor feeding, light microscopyK005/6722 Stentor. Light microscope footage of ciliate protozoan Stentor sp. feeding. Stentor species are filter-feeding freshwater protozoa which can reach lengths of up to 2 millimetres. A ring of prominent cilia surrounds the anterior part of the cell to sweep in food and aid in swimming. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733385/350wm/K0056722-Stentor_feeding,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733385/preview/K0056722-Stentor_feeding,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalculebiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingforagingfresh waterfreshwatergrey backgroundinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovingnaturehttps://www.sciencephoto.com/media/733386/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6723 Stentor polymorphus, light microscopyK005/6723 Stentor polymorphus. Light microscope footage of several of green stentor (Stentor polymorphus), ciliate protozoa, feeding while attached to plant material. This species of freshwater protozoan feeds mainly on bacteria, using its hair-like cilia to waft food particles into its oral area. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with brightfield illumination.https://www.sciencephoto.com/image/733386/350wm/K0056723-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733386/preview/K0056723-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologybrightfieldcellciliaciliateciliumfaunafeedingfresh waterfreshwatergreengreen stentorhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismhttps://www.sciencephoto.com/media/733387/view/rotifer-brachionus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6724 Rotifer, Brachionus sp, light microscopyK005/6724 Rotifer. Light microscope footage of a Brachionus sp. freshwater rotifer. This species can also be found in brackish (slightly salty) or alkaline waters. The protruding crown-shaped corona (right) possesses beating hair-like cilia which create a current that sweeps food, such as unicellular green algae, into the mouth. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733387/350wm/K0056724-Rotifer,_Brachionus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733387/preview/K0056724-Rotifer,_Brachionus_sp,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralkalineanimalaquaticbeatingbiologicalbiologybrachionusbrachionus spbrackishciliaclose upclose-upcoronadicdifferential interference contrasteukaryotefaunafeedingfreshwatergrey backgroundheadilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismshttps://www.sciencephoto.com/media/733388/view/paramecium-various-species2018-03-28T09:38:32Z0.9K005/6725 Paramecium, various speciesK005/6725 Paramecium. Light microscope footage of numerous ciliate protozoans of the genus Paramecium. Paramecium are abundant in water and soil. They move by the rhythmic beating of many hair-like cilia, and feed mainly on bacteria. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733388/350wm/K0056725-Paramecium,_various_species-SPL.jpghttps://www.sciencephoto.com/image/733388/preview/K0056725-Paramecium,_various_species-SPL.mp448.132016-06-09Yes40 seconds or greateraquaticbiodiversitybiologicalbiologycellciliaciliateciliatesciliumdicdifferential interference contrastdiversityfaunafeedingfreshwatergrey backgroundgroupilluminationinvertebratelightlocomotionmanymicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmotilemultipleno-onenobodyhttps://www.sciencephoto.com/media/733389/view/paramecium-bursaria-light-microscopy2018-03-28T09:38:32Z0.9K005/6726 Paramecium bursaria, light microscopyK005/6726 Paramecium bursaria, light microscopy. This ciliate protozoan has a symbiotic relationship with the green alga Zoochlorella. The algae (green spheres) live in the Paramecium's cytoplasm and photosynthesise, providing it with sugars and oxygen, while the Paramecium provides the algae with transport and protection. Paramecium bursaria has a wide oral groove, two contractile vacuoles, and a micronucleus as well as a macronucleus. This species is often used in biology classrooms both as an example of a protozoan and as an example of symbiosis. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733389/350wm/K0056726-Paramecium_bursaria,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733389/preview/K0056726-Paramecium_bursaria,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralgaalgaealgal cellaquaticbiologicalbiologyciliaciliateciliate protozoanciliatesciliumcontractile vacuolescytoplasmdicdifferential interference contrastfaunafeedinggreeninvertebratelightlocomotionmacronucleusmembranellesmicrobemicrobiologicalmicrobiologymicrographymicronucleusmicroorganismmicroscopehttps://www.sciencephoto.com/media/733390/view/peranema-flagellate-swimming2018-03-28T09:38:32Z0.9K005/6727 Peranema flagellate swimmingK005/6727 Peranema flagellate. Light microscope footage of a Peranema sp. flagellate. Peranema is a genus of flagellated protists commonly found in freshwater habitats. They have two flagella, one used for swimming. They feed on live prey, such as yeast, bacteria and other flagellates. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733390/350wm/K0056727-Peranema_flagellate_swimming-SPL.jpghttps://www.sciencephoto.com/image/733390/preview/K0056727-Peranema_flagellate_swimming-SPL.mp4302016-06-09Yes130 seconds of greaterbiologicalbiologycelldicdifferential interference contrasteuglenideuglenoideukaryotaeukaryoteexcavatafaunafeedingflagellaflagellateflagellatesflagellumforagingfresh waterfreshwatergrey backgroundilluminationinvertebrateinvertebrateslightlmlocomotionmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733391/view/bdelloid-rotifer-light-microscopy2018-03-28T09:38:32Z0.9K005/6728 Bdelloid rotifer, light microscopyK005/6728 Bdelloid rotifer, light microscopy. Rotifers are microscopic aquatic animals that are related to roundworms. They have a ring of cilia around their mouth at the head end, which rhythmically beat creating a current to draw in bacteria, algae and other food. The majority of rotifers are found in fresh water. They are very common and widespread. Bdelloid rotifers are unusual in that they are all female and reproduce parthenogenetically . Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733391/350wm/K0056728-Bdelloid_rotifer,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733391/preview/K0056728-Bdelloid_rotifer,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalaquaticasexualbdelloidbdelloideabiologicalbiologydicdifferential interference contrasteukaryotefaunafootfreshwatergrey backgroundheadilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmastaxmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopehttps://www.sciencephoto.com/media/733392/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6729 Stentor polymorphus, light microscopyK005/6729 Stentor polymorphus. Light microscope footage of several of green stentor (Stentor polymorphus) attached to plant material. This species of freshwater ciliate protozoan feeds mainly on bacteria, using its hair-like cilia to waft food particles into its oral area. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with darkfield illumination.https://www.sciencephoto.com/image/733392/350wm/K0056729-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733392/preview/K0056729-Stentor_polymorphus,_light_microscopy-SPL.mp4302016-06-09Yes30 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologyblack backgroundcellciliaciliateciliumdarkfieldfaunafeedingfresh waterfreshwatergreengreen stentorhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733393/view/nematode-roundworm-light-microscopy2018-11-06T15:33:53Z0.9K005/6730 Nematode roundworm, light microscopyK005/6730 Nematode. Light microscope footage of a freshwater nematode. Nematodes are small unsegmented roundworms with tubular digestive systems. They inhabit a very wide range of environments and it is estimated there may be a million species, many of which are parasitic. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733393/350wm/K0056730-Nematode_roundworm,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733393/preview/K0056730-Nematode_roundworm,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranatomicalanatomyanimalculeaquaticbiologicalbiologycellcuticledicdifferential interference contrast illuminationfaunafresh waterfreshwatergrey backgroundgutintestineinvertebrateinvertebrateslightlmlocomotionmicro-organismmicrobiologicalmicrobiologymicroorganismmicroscopemicroscopicmicroscopymotilemovementhttps://www.sciencephoto.com/media/733394/view/stentor-polymorphus-light-microscopy2018-03-28T09:38:32Z0.9K005/6731 Stentor polymorphus, light microscopyK005/6731 Stentor polymorphus. Light microscope footage of several of green stentor (Stentor polymorphus) feeding while attached to plant material. This species of freshwater ciliate protozoan feeds mainly on bacteria, using its hair-like cilia to waft food particles into its oral area. Its green colour is caused by the presence of numerous individual Zoochlorella sp. algae, with which it has a symbiotic relationship. The algae photosynthesise inside the protozoan, providing it with sugars and oxygen, while deriving protection from their host. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733394/350wm/K0056731-Stentor_polymorphus,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733394/preview/K0056731-Stentor_polymorphus,_light_microscopy-SPL.mp424.042016-06-09Yes20 seconds or greateralgaalgaealgalanchoranchoredanimalculeaquaticattachedbiologicalbiologycellciliaciliateciliumdicdifferential interference contrast illuminationfaunafeedingfresh waterfreshwatergreengreen stentorgrey backgroundhypotrichinvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalhttps://www.sciencephoto.com/media/733395/view/bdelloid-rotifer-light-microscopy2018-03-28T09:38:32Z0.9K005/6732 Bdelloid rotifer, light microscopyK005/6732 Bdelloid rotifer, light microscopy. Rotifers are microscopic aquatic animals that are related to roundworms. A ring of cilia surrounds the mouth at the head end (left), which is used to ingest bacteria, algae and organic detritus. The pharynx, or mastax, pulsates as the rotifer feeds. The majority of rotifers are found in fresh water. They are very common and widespread. Bdelloid rotifers are unusual in that they are all female and reproduce parthenogenetically. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733395/350wm/K0056732-Bdelloid_rotifer,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733395/preview/K0056732-Bdelloid_rotifer,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateranimalaquaticasexualbdelloidbdelloideabiologicalbiologydicdifferential interference contrasteukaryotefaunafootfreshwatergrey backgroundheadilluminationinvertebrateinvertebratesjawlightlight microscopelight microscopylmmastaxmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismshttps://www.sciencephoto.com/media/733396/view/rotifer-brachionus-sp-light-microscopy2018-03-28T09:38:32Z0.9K005/6733 Rotifer, Brachionus sp, light microscopyK005/6733 Rotifer. Light microscope footage of a Brachionus sp. freshwater rotifer. This species can also be found in brackish (slightly salty) or alkaline waters. The protruding crown-shaped corona (top) possesses beating hair-like cilia which create a current that sweeps food, such as unicellular green algae, into the mouth. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733396/350wm/K0056733-Rotifer,_Brachionus_sp,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733396/preview/K0056733-Rotifer,_Brachionus_sp,_light_microscopy-SPL.mp4302016-06-09Yes130 seconds or greateralkalineanimalaquaticbeatingbiologicalbiologybrachionusbrachionus spbrackishciliacoronadicdifferential interference contrasteukaryotefaunafeedingfreshwatergrey backgroundheadilluminationinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologyhttps://www.sciencephoto.com/media/733397/view/vorticella-light-microscopy2018-03-28T09:38:32Z0.9K005/6746 Vorticella, light microscopyK005/6746 Vorticella. Light microscope footage of a Vorticella sp. ciliate protozoan. This filter-feeding freshwater protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. When disturbed, the stalk is contracted in a protective motion. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Vorticella live in both marine and freshwater environments, and feed on microscopic algae, bacteria and other aquatic material. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733397/350wm/K0056746-Vorticella,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733397/preview/K0056746-Vorticella,_light_microscopy-SPL.mp4352016-06-09Yes130 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrasteukaryotefaunafeedingfilter feederfilter feedinggrey backgroundinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicnaturehttps://www.sciencephoto.com/media/733398/view/green-sun-animalcule-light-microscopy2018-11-06T15:33:22Z0.9K005/6747 Green sun animalcule, light microscopyK005/6747 Green sun animalcule. Light microscope footage of a green sun animalcule, Acanthocystis sp. Acanthocystis is a genus of organisms known as heliozoans, microbial eukaryotic protists with stiff arms (axopodia) radiating from their spherical bodies. Some species, such as this one, are called green sun animalcules because their bodies are coloured by harmless symbiotic green algae (zoochlorellae). Heliozoans feed in the same way as amoebas, by engulfing their prey. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733398/350wm/K0056747-Green_sun_animalcule,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733398/preview/K0056747-Green_sun_animalcule,_light_microscopy-SPL.mp4272016-06-09Yes20 seconds or greateracanthocystisalgaalgaealgalanimalanimalculeaquaticbiologicalbiologycelldicdifferential interference contrast illuminationfaunafresh waterfreshwatergreengrey backgroundheliozoaheliozoa acanthocystisheliozoaninvertebrateinvertebrateslightlmmicro-organismmicrobemicrobiologicalmicrobiologymicroorganismmicroscopemicroscopichttps://www.sciencephoto.com/media/733399/view/strombilidium-ciliate-protozoan2018-03-28T09:38:32Z0.9K005/6748 Strombilidium ciliate protozoanK005/6748 Strombilidium. Light microscope footage of Strombilidium sp. This filter-feeding freshwater ciliate protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. It can also swim freely. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733399/350wm/K0056748-Strombilidium_ciliate_protozoan-SPL.jpghttps://www.sciencephoto.com/image/733399/preview/K0056748-Strombilidium_ciliate_protozoan-SPL.mp435.052016-06-09Yes130 seconds or greateralgaalgaealgalaquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrasteukaryotefaunafeedingfilamentfilamentousfilter feederfilter feedinggreengrey backgroundinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalhttps://www.sciencephoto.com/media/733400/view/shelled-amoeba-light-microscopy2018-03-28T09:38:32Z0.9K005/6749 Shelled amoeba, light microscopyK005/6749 Shelled amoeba. Light microscope footage of an Arcella sp. testate (shelled) amoeba. The circular shell is formed from the polysaccharide chitin. The shell has a hole in its centre from where finger-like pseudopods emerge, as seen here. This amoeba is found in freshwater ponds and puddles. It can develop vacuoles of carbon dioxide in its body to float up to the water's surface. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733400/350wm/K0056749-Shelled_amoeba,_light_microscopy-SPL.jpghttps://www.sciencephoto.com/image/733400/preview/K0056749-Shelled_amoeba,_light_microscopy-SPL.mp4392016-06-09Yes130 seconds or greateramebaamoebaanimalanimalsaquaticarcella spbiologicalbiologyblue backgrounddicdifferential interference contrastfaunafresh-watergrey backgroundlight micrographlight microscopemicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopicmicroscopynatureno-onenobodyonepond lifeprotisthttps://www.sciencephoto.com/media/733401/view/strombilidium-ciliate-protozoan2018-03-28T09:38:32Z0.9K005/6750 Strombilidium ciliate protozoanK005/6750 Strombilidium sp. Light microscope footage of Strombilidium sp. This filter-feeding freshwater ciliate protozoan consists of a bell-shaped head and a contractile stalk that is anchored to the substrate. It can also swim freely. Cilia (tiny hair-like structures) attached to the head are used to capture food and also for movement. Filmed with differential interference contrast illumination.https://www.sciencephoto.com/image/733401/350wm/K0056750-Strombilidium_ciliate_protozoan-SPL.jpghttps://www.sciencephoto.com/image/733401/preview/K0056750-Strombilidium_ciliate_protozoan-SPL.mp4392016-06-09Yes130 seconds or greateraquaticbiologicalbiologycellciliaciliateciliophoradicdifferential interference contrasteukaryotefaunafeedingfilter feederfilter feedinggrey backgroundinvertebrateinvertebrateslightlight microscopelight microscopylmmicro-organismmicro-organismsmicrobiologicalmicrobiologymicroorganismmicroorganismsmicroscopemicroscopicnaturehttps://www.sciencephoto.com/media/733402/view/dredging-the-ocean-floor2018-03-28T09:38:32Z0.9K005/7072 Dredging the ocean floorK005/7072 Dredging the ocean floor outside Visby harbour to start build a new pier for cruising ships on the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733402/350wm/K0057072-Dredging_the_ocean_floor-SPL.jpghttps://www.sciencephoto.com/image/733402/preview/K0057072-Dredging_the_ocean_floor-SPL.mp416.122016-06-09Yes4kactivitybaltic seabargeconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemedium shotmudnauticaloceanportprofilereal timesandhttps://www.sciencephoto.com/media/733403/view/dredging-the-ocean-floor2018-03-28T09:38:32Z0.9K005/7073 Dredging the ocean floorK005/7073 Dredging the ocean floor outside Visby harbour to start build a new pier for cruising ships on the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733403/350wm/K0057073-Dredging_the_ocean_floor-SPL.jpghttps://www.sciencephoto.com/image/733403/preview/K0057073-Dredging_the_ocean_floor-SPL.mp427.122016-06-09Yes4kactivitybaltic seabargeconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemedium shotmudnauticaloceanportprofilereal timesandhttps://www.sciencephoto.com/media/733404/view/building-a-new-cruise-ship-pier2018-03-28T09:38:32Z0.9K005/7074 Building a new cruise ship pierK005/7074 Constructing a new cruise ship pier at the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733404/350wm/K0057074-Building_a_new_cruise_ship_pier-SPL.jpghttps://www.sciencephoto.com/image/733404/preview/K0057074-Building_a_new_cruise_ship_pier-SPL.mp423.172016-06-09Yes4kactivitybaltic seabargebuildingconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemudnauticaloceanportprofilerocksandhttps://www.sciencephoto.com/media/733405/view/dredging-the-ocean-floor2018-03-28T09:38:32Z0.9K005/7075 Dredging the ocean floorK005/7075 Dredging the ocean floor outside Visby harbour to start build a new pier for cruising ships on the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733405/350wm/K0057075-Dredging_the_ocean_floor-SPL.jpghttps://www.sciencephoto.com/image/733405/preview/K0057075-Dredging_the_ocean_floor-SPL.mp420.052016-06-09Yes4kactivitybaltic seabargeconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemedium shotmudnauticaloceanportprofilereal timesandhttps://www.sciencephoto.com/media/733406/view/building-a-new-cruise-ship-pier2018-03-28T09:38:32Z0.9K005/7076 Building a new cruise ship pierK005/7076 Constructing a new cruise ship pier at the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733406/350wm/K0057076-Building_a_new_cruise_ship_pier-SPL.jpghttps://www.sciencephoto.com/image/733406/preview/K0057076-Building_a_new_cruise_ship_pier-SPL.mp4152016-06-09Yes4kactivitybaltic seabargebuildingconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemudnauticaloceanportprofilerocksandhttps://www.sciencephoto.com/media/733407/view/building-a-new-cruise-ship-pier2018-03-28T09:38:32Z0.9K005/7077 Building a new cruise ship pierK005/7077 Constructing a new cruise ship pier at the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733407/350wm/K0057077-Building_a_new_cruise_ship_pier-SPL.jpghttps://www.sciencephoto.com/image/733407/preview/K0057077-Building_a_new_cruise_ship_pier-SPL.mp421.222016-06-09Yes4kactivitybaltic seabargebuildingconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemudnauticaloceanportprofilerocksandhttps://www.sciencephoto.com/media/733408/view/building-a-new-cruise-ship-pier2018-03-28T09:38:32Z0.9K005/7078 Building a new cruise ship pierK005/7078 Constructing a new cruise ship pier at the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733408/350wm/K0057078-Building_a_new_cruise_ship_pier-SPL.jpghttps://www.sciencephoto.com/image/733408/preview/K0057078-Building_a_new_cruise_ship_pier-SPL.mp410.232016-06-09Yes4kactivitybaltic seabargebuildingconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemudnauticaloceanportprofilerocksandhttps://www.sciencephoto.com/media/733409/view/building-a-new-cruise-ship-pier2018-03-28T09:38:32Z0.9K005/7079 Building a new cruise ship pierK005/7079 Constructing a new cruise ship pier at the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733409/350wm/K0057079-Building_a_new_cruise_ship_pier-SPL.jpghttps://www.sciencephoto.com/image/733409/preview/K0057079-Building_a_new_cruise_ship_pier-SPL.mp4242016-06-09Yes4kactivitybaltic seabargebuildingconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemudnauticaloceanportprofilerocksandhttps://www.sciencephoto.com/media/733410/view/dredging-the-ocean-floor2018-03-28T09:38:32Z0.9K005/7080 Dredging the ocean floorK005/7080 Dredging the ocean floor outside Visby harbour to start build a new pier for cruising ships on the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733410/350wm/K0057080-Dredging_the_ocean_floor-SPL.jpghttps://www.sciencephoto.com/image/733410/preview/K0057080-Dredging_the_ocean_floor-SPL.mp49.12016-06-09Yes4kactivitybaltic seabargeconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemedium shotmudnauticaloceanportprofilereal timesandhttps://www.sciencephoto.com/media/733411/view/dredging-the-ocean-floor2018-03-28T09:38:32Z0.9K005/7081 Dredging the ocean floorK005/7081 Dredging the ocean floor outside Visby harbour to start build a new pier for cruising ships on the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733411/350wm/K0057081-Dredging_the_ocean_floor-SPL.jpghttps://www.sciencephoto.com/image/733411/preview/K0057081-Dredging_the_ocean_floor-SPL.mp422.092016-06-09Yes4kactivitybaltic seabargeconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemedium shotmudnauticaloceanportprofilereal timesandhttps://www.sciencephoto.com/media/733412/view/dredging-the-ocean-floor2018-03-28T09:38:32Z0.9K005/7082 Dredging the ocean floorK005/7082 Dredging the ocean floor outside Visby harbour to start build a new pier for cruising ships on the island of Gotland in the Baltic Sea in Sweden. Timelapsehttps://www.sciencephoto.com/image/733412/350wm/K0057082-Dredging_the_ocean_floor-SPL.jpghttps://www.sciencephoto.com/image/733412/preview/K0057082-Dredging_the_ocean_floor-SPL.mp425.042016-06-09Yes4kactivitybaltic seabargeconstructioncontains peoplecranedaydigdredgedredgerdredgingearthmoverengineeringequipmentexcavationsexcavatorgotlandharbourindustrialindustrymachinemachinerymarinemedium shotmudnauticaloceanportprofilereal timesandhttps://www.sciencephoto.com/media/733970/view/thunderstorms-at-night-timelapse2018-11-06T15:31:38Z0.9K005/6929 Thunderstorms at night, timelapseK005/6929 Timelapse footage of thunderstorms passing at night. Flashes of lightning illuminate dense shafts of heavy rainfall, while the towering cumulonimbus clouds are illuminated by moonlight. Such intense storms are a common occurrence on the Great Plains of the USA in summer, where warm moist air from the south meets cooler air from the north, causing strong convection. Filmed in South Dakota, USA, in summer.https://www.sciencephoto.com/image/733970/350wm/K0056929-Thunderstorms_at_night,_timelapse-SPL.jpghttps://www.sciencephoto.com/image/733970/preview/K0056929-Thunderstorms_at_night,_timelapse-SPL.mp417.142016-06-13Yes4kamericanatmospherecellschaoticconvectionconvectivecumulonimbusdarkdarknessdownburstelectricalextremeflashflashesfrontgreat plainshothumidintenselightningnightnight timepassingplainprairierainrainingsevereshaftskysouth dakotahttps://www.sciencephoto.com/media/733983/view/nesting-mice-and-young-thermography2018-03-28T09:38:32Z0.9K005/3401 Nesting mice and young, thermographyK005/3401 Nesting mice and young, day 23 of 23. Thermographic timelapse footage of mice (Mus musculus) in their nest. Breeding mice produce an average of 6-8 young, which are born blind. The eyes open around 13 days after birth, and the young are weaned at around 21 days. The newborn young do not yet have the ability to regulate their own temperature. Their parents prevent them cooling down and dying by building a nest of insulating material and ensuring they are in near-constant contact with them. Thermography records the temperature of surfaces by detecting long-wavelength infrared radiation. The colours show variations in temperature. The scale (right) runs from white (warmest), through yellow, orange, red and purple to blue-black (coldest). This clip is part of a sequence of 20 showing the nesting mice and their young over a period of 23 days.https://www.sciencephoto.com/image/733983/350wm/K0053401-Nesting_mice_and_young,_thermography-SPL.jpghttps://www.sciencephoto.com/image/733983/preview/K0053401-Nesting_mice_and_young,_thermography-SPL.mp469.12016-06-14Yes20 seconds or greateradultanimalanimal themesbabiesbabybiologicalbiologybreedingbroodcaringclipcolouredday 23false-colouredfatherfaunafemalefilmfootagegroup of animalsheathotincubatingincubationinfantinfantsinfraredinsulatediriron palettelong-wave infrared radiationhttps://www.sciencephoto.com/media/733984/view/nesting-mice-and-young-thermography2018-03-28T09:38:32Z0.9K005/3402 Nesting mice and young, thermographyK005/3402 Nesting mice and young, day 17 of 23. Thermographic timelapse footage of mice (Mus musculus) in their nest. Breeding mice produce an average of 6-8 young, which are born blind. The eyes open around 13 days after birth, and the young are weaned at around 21 days. The newborn young do not yet have the ability to regulate their own temperature. Their parents prevent them cooling down and dying by building a nest of insulating material and ensuring they are in near-constant contact with them. Thermography records the temperature of surfaces by detecting long-wavelength infrared radiation. The colours show variations in temperature. The scale (right) runs from white (warmest), through yellow, orange, red and purple to blue-black (coldest). This clip is part of a sequence of 20 showing the nesting mice and their young over a period of 23 days.https://www.sciencephoto.com/image/733984/350wm/K0053402-Nesting_mice_and_young,_thermography-SPL.jpghttps://www.sciencephoto.com/image/733984/preview/K0053402-Nesting_mice_and_young,_thermography-SPL.mp468.082016-06-14Yes20 seconds or greateradultanimalanimal themesbabiesbabybiologicalbiologybreedingbroodcaringclipcolouredday 17false-colouredfatherfaunafemalefilmfootagegroup of animalsheathotincubatingincubationinfantinfantsinfraredinsulatediriron palettelong-wave infrared radiationhttps://www.sciencephoto.com/media/733985/view/nesting-mice-and-young-thermography2018-03-28T09:38:32Z0.9K005/3403 Nesting mice and young, thermographyK005/3403 Nesting mice and young, day 15 of 23. Thermographic timelapse footage of mice (Mus musculus) in their nest. Breeding mice produce an average of 6-8 young, which are born blind. The eyes open around 13 days after birth, and the young are weaned at around 21 days. The newborn young do not yet have the ability to regulate their own temperature. Their parents prevent them cooling down and dying by building a nest of insulating material and ensuring they are in near-constant contact with them. Thermography records the temperature of surfaces by detecting long-wavelength infrared radiation. The colours show variations in temperature. The scale (right) runs from white (warmest), through yellow, orange, red and purple to blue-black (coldest). This clip is part of a sequence of 20 showing the nesting mice and their young over a period of 23 days.https://www.sciencephoto.com/image/733985/350wm/K0053403-Nesting_mice_and_young,_thermography-SPL.jpghttps://www.sciencephoto.com/image/733985/preview/K0053403-Nesting_mice_and_young,_thermography-SPL.mp4632016-06-14Yes20 seconds or greateradultanimalanimal themesbabiesbabybiologicalbiologybreedingbroodcaringclipcolouredday 15false-colouredfatherfaunafemalefilmfootagegroup of animalsheathotincubatingincubationinfantinfantsinfraredinsulatediriron palettelong-wave infrared radiationhttps://www.sciencephoto.com/media/733986/view/nesting-mice-and-young-thermography2018-03-28T09:38:32Z0.9K005/3404 Nesting mice and young, thermographyK005/3404 Nesting mice and young, day 7 of 23. Thermographic timelapse footage of mice (Mus musculus) in their nest. Breeding mice produce an average of 6-8 young, which are born blind. The eyes open around 13 days after birth, and the young are weaned at around 21 days. The newborn young do not yet have the ability to regulate their own temperature. Their parents prevent them cooling down and dying by building a nest of insulating material and ensuring they are in near-constant contact with them. Thermography records the temperature of surfaces by detecting long-wavelength infrared radiation. The colours show variations in temperature. The scale (right) runs from white (warmest), through yellow, orange, red and purple to blue-black (coldest). This clip is part of a sequence of 20 showing the nesting mice and their young over a period of 23 days.https://www.sciencephoto.com/image/733986/350wm/K0053404-Nesting_mice_and_young,_thermography-SPL.jpghttps://www.sciencephoto.com/image/733986/preview/K0053404-Nesting_mice_and_young,_thermography-SPL.mp460.192016-06-14Yes20 seconds or greateradultanimalanimal themesbabiesbabybiologicalbiologybreedingbroodcaringclip